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125
Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 ruvandRuFlo
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b4e1776675 |
fix(github): #2089 — complete Phase 3 (5 init-template agents missed) + strengthen smoke + alpha.75
Post-publish validation of alpha.74 found 5 init-template agents still shipping `actions/checkout@v3`: v3/@claude-flow/cli/.claude/agents/github/release-manager.md v3/@claude-flow/cli/.claude/agents/github/swarm-pr.md v3/@claude-flow/cli/.claude/agents/github/release-swarm.md v3/@claude-flow/cli/.claude/agents/github/repo-architect.md v3/@claude-flow/cli/.claude/agents/github/workflow-automation.md The Phase 3 sed in PR #2094 only scanned `.claude/agents/github/` (dogfood) and `v3/@claude-flow/cli/.claude/commands/github/` (init commands). It missed the *init-template agents* subtree at `v3/@claude-flow/cli/.claude/agents/github/` and the *dogfood commands* at `.claude/commands/github/`. `smoke-deprecated-actions.mjs` had the same scan-tree gap, which is why CI didn't catch this. Smoke now scans all 5 trees: .claude/agents/github/ .claude/skills/ .claude/commands/github/ (added) v3/@claude-flow/cli/.claude/agents/github/ (added) v3/@claude-flow/cli/.claude/commands/github/ Verified: `npm pack @claude-flow/cli@3.7.0-alpha.74 && grep ... @v3` showed the 5 missed files in the published tarball. Versions bumped to 3.7.0-alpha.75 across cli + claude-flow umbrella + ruflo wrapper. Co-Authored-By: RuFlo <ruflo-bot@users.noreply.github.com> |
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ruvandRuFlo
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4327ec9ffa |
fix(smoke): #2089 — accept E2BIG as valid rejection in github-safe injection smoke
The >256KB rejection case fails on Linux CI because Linux's MAX_ARG_STRLEN (128 KiB per argv element on most kernels) trips before the helper's own size cap fires. spawnSync returns status=null with error.code='E2BIG' instead of status=1. Local macOS development passes because Mach's per-arg limit is ~1 MiB so the helper's cap is what fires. The smoke now accepts either path — the assertion is "rejected before gh is invoked," and E2BIG satisfies that even more strongly (the body cannot reach exec at all). Co-Authored-By: RuFlo <ruflo-bot@users.noreply.github.com> |
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ruv
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1eece3afc0 |
feat(init): #2089 ADR-127 Phase 4 — attribution opt-in across 19 github command files + last-updated stamps
Remove 13 hardcoded "Generated with Claude Code" attribution strings from
6 github command/agent/skill files (dogfood + init-template copies):
.claude/agents/github/{release-manager,sync-coordinator,issue-tracker}.md
.claude/skills/github-project-management/SKILL.md
v3/@claude-flow/cli/.claude/commands/github/{release-manager,sync-coordinator,issue-tracker}.md
Add <!-- last-updated: 2026-05-21 — ADR-127 --> stamps to the top-level
code-block boundary of each edited file so readers can trace the change
back to this ADR without opening git log.
Export ATTRIBUTION_FOOTER from helpers-generator.ts (ADR-127 §opt-in):
when options.attribution === true, materialise a .claude/helpers/attribution
file during init so PR templates can append it conditionally, without
hard-wiring the emoji into every user's commit history (#1670).
Add scripts/smoke-attribution-opt-in.mjs + github-attribution-opt-in-smoke
CI job: static scan that fails if the 🤖 emoji pattern reappears in the
three github-scoped template trees — prevents copy-paste regression.
Co-Authored-By: RuFlo <ruv@ruv.net>
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ruv
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388665d67c |
feat(ci): #2089 ADR-127 Phase 3 — bump actions/checkout + setup-node to v4 + deprecated-actions smoke
Replace all actions/checkout@v3 and actions/setup-node@v3 refs with @v4 across .claude/agents/github/, .claude/skills/github-*/, and v3/@claude-flow/cli/.claude/commands/github/ (19 files total). Add scripts/smoke-deprecated-actions.mjs: static scan that fails if any of the deprecated refs (checkout@v3, setup-node@v3, create-release@*, upload-release-asset@*, softprops/action-gh-release@v1) reappear in scope — preventing copy-paste regression from blog posts or AI-generated YAML snippets. Wire github-deprecated-actions-smoke job and path filter into v3-ci.yml so every future PR touching the github surface re-runs this gate. Co-Authored-By: RuFlo <ruv@ruv.net> |
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ruv
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7d2fc001ec |
feat(security): #2089 ADR-127 Phase 2 — github-safe maxBuffer + agent frontmatter tools: + swarm-pr/issue injection fix
github-safe.js (both copies — dogfood + init-template)
Adds GITHUB_SAFE_VERSION='1.0.0' constant for smoke assertions.
Adds explicit 256KB body cap (MAX_BODY_BYTES): rejects oversized bodies
with exit 1 before any temp-file write, matching the GitHub API body
field limit documented in ADR-127. Adds strict error handling: all
execSync calls wrapped in try/catch, cleanup in finally. Adds
GITHUB_SAFE_DRY_RUN=1 env-var for smoke tests to skip gh exec.
github-setup.sh (both copies)
Prepends set -euo pipefail. Replaces bare `gh auth status &>/dev/null`
with a check that parses "Logged in" and "repo" scope from the output.
Adds security rationale comment explaining why each flag is needed.
Agent frontmatter WebFetch removal (dogfood copies only — init-template
commands don't have frontmatter; the relevant change there is the injection
fix below):
release-manager.md — removes WebFetch (keeps Write for CHANGELOG)
release-swarm.md — removes WebFetch (keeps Write for CHANGELOG)
repo-architect.md — removes WebFetch
All 13 agents already have explicit tools: lines; only the 3 above had
WebFetch. No agent in scope now has WebFetch in its tools: list.
swarm-pr.md + swarm-issue.md (BOTH dogfood .claude/agents/github/ AND
init-template v3/@claude-flow/cli/.claude/commands/github/):
Replaces unquoted ${{ github.event.comment.body }} interpolated into
--comment "..." with mktemp + printf + grep + --comment-file pattern.
Replaces unquoted ${{ github.event.label.name }} == "swarm-ready" with
mktemp + printf + grep -qx pattern. Closes prompt-injection path where
a PR comment with shell metacharacters could execute attacker-controlled
shell in a pull_request-triggered workflow.
smoke-github-safe-injection.mjs updated:
Upgrades the >256KB test case from "note" (Phase 1 red) to "ok" (Phase 2
green) now that the 256KB cap is enforced.
Acceptance checks:
node scripts/smoke-github-safe-injection.mjs → all 5 cases pass
node scripts/smoke-github-actions-pins.mjs → ok (no regressions)
grep -r 'github.event.comment.body.*--comment' .claude/agents/ v3/@claude-flow/cli/.claude/
→ exit 1 (no matches)
Co-Authored-By: RuFlo <ruv@ruv.net>
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ruv
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90df1d6e8a |
feat(ci): #2089 ADR-127 Phase 1 — github-safe injection smoke + uses: pin smoke + supply-chain allowed-deps actions block
Creates two new CI smoke scripts and wires them into v3-ci.yml. smoke-github-safe-injection.mjs Generalizes the smoke-pre-bash-hook.mjs pattern (#2017) to the GitHub helper surface. Drives adversarial PR/issue bodies (backticks, $(), semicolons, empty) through github-safe.js via a fake-gh shim and asserts the body lands verbatim in a temp file with --body-file, not inline as --body. The >256KB cap case is documented as a red→green transition for Phase 2 (no cap yet enforced). Runs against both .claude/helpers/github-safe.js (dogfood) and the init-template copy. smoke-github-actions-pins.mjs Static scan of .claude/agents/github/*.md, .claude/skills/github-*/ SKILL.md, and v3/@claude-flow/cli/.claude/commands/github/*.md. Every uses: ref must be SHA-pinned (40-hex) OR present in the new .github/supply-chain/allowed-deps.json "actions" block. Exits 0 now that allowed-deps.json covers the full set of refs in-use. Phase 3 upgrades @v3→@v4 across all files; this smoke is the regression gate that prevents them drifting back. .github/supply-chain/allowed-deps.json Adds "actions" key with allowed[], minimumVersion, and an explanatory comment per ADR-127 §Phase 1. Lists all GitHub Actions currently referenced in scope: checkout, setup-node, pnpm/action-setup, cache, upload-artifact, ruvnet/swarm-action, aws-actions/configure-aws-credentials. .github/workflows/v3-ci.yml Adds path-filter entries under both push and pull_request triggers covering the 6 ADR-127-specified paths: .claude/agents/github/** .claude/skills/github-*/** v3/@claude-flow/cli/.claude/commands/github/** .claude/helpers/github-safe.js v3/@claude-flow/cli/.claude/helpers/github-safe.js scripts/smoke-github-*.mjs .github/supply-chain/allowed-deps.json Adds two independent smoke jobs: github-safe-injection-smoke and github-actions-pins-smoke, following the ruvllm-wasm-auto-init-smoke pattern. Co-Authored-By: RuFlo <ruv@ruv.net> |
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ruvandRuFlo
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bc1f587c0f |
fix(mcp): #2086 — auto-init ruvllm WASM in loadRuvllmWasm + CI regression guard
Reported by @seo-yas. The `loadRuvllmWasm()` helper in
`v3/@claude-flow/cli/src/mcp-tools/ruvllm-tools.ts` did a bare
`import('../ruvector/ruvllm-wasm.js')` and never called
`initRuvllmWasm()`. Result: `_wasmReady` stayed false even after
`ruvllm_sona_create` / `ruvllm_microlora_create` / `ruvllm_hnsw_create`,
which left every downstream `sona_*` / `microlora_*` / `hnsw_*` call
either erroring inside the WASM module or returning empty.
`ruvllm_status` reported `wasm.available=true, wasm.initialized=false`
forever because nothing triggered `initSync({ module: wasmBytes })`.
Fix: fold `await mod.initRuvllmWasm()` into `loadRuvllmWasm()`. The
init function is idempotent (early-returns on `_wasmReady`), so the
cost after the first call is one boolean check. `ruvllm_status`
deliberately uses a separate `loadRuvllmWasmModule()` helper so the
diagnostic path stays callable when init has not been attempted (a
diagnostic that triggers the very thing it diagnoses is worse than
useless).
CI guard: `scripts/smoke-ruvllm-wasm-auto-init.mjs` statically asserts
all 12 invariants the fix relies on. Wired into v3-ci.yml as
`ruvllm-wasm-auto-init-smoke` with path filters on the two source files
and the smoke itself, so future refactors that drop the `await
mod.initRuvllmWasm()`, reroute `ruvllm_status` through the auto-init
loader, or add a new `ruvllm_*` tool that bypasses `loadRuvllmWasm()`
without an instance lookup will fail the check before merge.
Versions bumped to 3.7.0-alpha.73 (cli, claude-flow umbrella, ruflo).
Co-Authored-By: RuFlo <ruflo-bot@users.noreply.github.com>
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ruvandruflo-bot
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e073b38fed |
feat(neural-trader): #55 — wire native sublinear CG dispatch (40-60× when available)
The Phase 3 SublinearAdapter (PR #2070) shipped with a JS-only kernel. This wires the dispatch path to mcp__ruflo-sublinear__solve when the ruflo-sublinear plugin is registered + available at runtime, falling back to the local JS CG when not. The dispatch is detected via `SublinearAdapter.detectSublinearTool()` (probes globalThis for the mounted tool first, then honours `RUFLO_SUBLINEAR_NATIVE=1` as an operator-controlled manual override for canary / A-B rollouts). When the native path is hit, expected speedup is 40-60× per the sublinear-time-solver@1.7.0 measured baseline (816 ns vs 50 µs Neumann at n=256). Local JS fallback remains at 1.5-1.9× — same as PR #2070's measured baseline, re-confirmed in this branch's bench. Adapter result now carries `method: 'cg-sublinear-native' | 'cg-local'` and `solver: 'sublinear-time-solver@1.7.0' | 'local-js-cg'` so the operator can verify which backend ran. The trader-portfolio-cg skill pulls both fields straight from the adapter result and records them in the trading-risk artifact metadata. Bench gained `CG native (ms)` and `Native speedup` columns — graceful "n/a" when the tool surface isn't reachable. The smoke gained contract checks for `detectSublinearTool`, `RUFLO_SUBLINEAR_NATIVE`, and the new method+solver result fields. Smoke only validates the dispatch contract; the actual 40-60× measurement requires the daemon to mount the MCP tool — CI exercises that path. Files: - plugins/ruflo-neural-trader/src/sublinear-adapter.{ts,mjs} - plugins/ruflo-neural-trader/skills/trader-portfolio-cg/SKILL.md - plugins/ruflo-neural-trader/benchmarks/portfolio-cg.bench.mjs - plugins/ruflo-neural-trader/benchmarks/results/cg-native-baseline-20260520T202735Z.md - scripts/smoke-neural-trader-portfolio-cg.mjs Refs #55 (downstream task tracker), ruvnet/ruflo#2068 (ADR-126 Phase 3) Co-Authored-By: ruflo-bot <ruflo-bot@users.noreply.github.com> |
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ruv
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11c1ad974f |
feat(neural-trader): #2068 ADR-126 Phase 6 — feature attribution via single-entry PR
Phase 6 of ADR-126 closes the regulator-grade interpretability gap that
LSTM / Transformer trading signals leave by default. Given a `signalId`,
the new `trader-explain` skill builds a feature-contribution graph, runs
single-entry forward-push PageRank from the signal output node, and
persists the top-K ranked features to `trading-analysis` as a
`SignedAttributionArtifact`.
What's new:
- `plugins/ruflo-neural-trader/src/signed-attribution.{ts,mjs}` —
typed contract + runtime mirror for the Ed25519-signed attribution
envelope. Re-uses the Phase 4 signing scheme exactly (canonical body
excludes signature fields; verifier pins to a caller-supplied
`trustedPublicKey`, NOT the served `witnessPublicKey` — CWE-347 /
#1922). Adds `localSingleEntryPageRank` (seeded mulberry32 power-
iteration fallback, ~30 LOC), `singleEntryPageRank` (MCP dispatch with
local fallback, mirrors the SublinearAdapter pattern from Phase 3), and
`topKFeatures` (deterministic tie-breaking by node index).
- `plugins/ruflo-neural-trader/skills/trader-explain/SKILL.md` —
the call site. Retrieves the signal from `trading-signals`, extracts
per-feature contributions via `npx neural-trader --predict --explain
--json` (degrades to a z-score heuristic if the flag isn't shipped
upstream yet — artifact tagged `attribution_method:
"input-zscore-fallback"`), runs the PageRank, signs the result with
`signAttributionArtifact`, persists to `trading-analysis`, and surfaces
a markdown ranking table to the agent.
- `scripts/smoke-neural-trader-feature-attribution.mjs` — three-layer
regression smoke: (1) static contract on TS/MJS + skill, (2) Ed25519
crypto round-trip with tamper detection on feature scores AND on the
graphMetadata.seed (seed is signed-in), (3) reproducibility — same seed
→ byte-identical scores + ordering; different seed → scores differ.
- `.github/workflows/v3-ci.yml` — `neural-trader-feature-attribution-smoke`
job with path triggers on the three load-bearing artifacts.
- `plugins/ruflo-neural-trader/README.md` — new "Feature attribution"
section with schema, example output, regulator-compliance angle
(EU AI Act Article 13 / SEC Reg-AI), and reproducibility guarantee.
- `plugins/ruflo-neural-trader/scripts/smoke.sh` — step 2 now requires
9 skills (was 8), adding `trader-explain` to the contract check.
Acceptance (ADR-126 Phase 6):
- All 36 checks in `scripts/smoke-neural-trader-feature-attribution.mjs`
pass: static contract, crypto round-trip, reproducibility, mass
conservation, signed-seed coverage.
- No regression: portfolio-cg smoke, backtest-signing smoke, pipeline
smoke all still green.
- Plugin smoke: 11 passed, 0 failed.
- `npx neural-trader --help` still clean (no upstream regression).
With Phase 6 landed, all six phases of ADR-126 are now complete:
Phase 1 — Namespace alignment
Phase 2 — TTL + dedup lifecycle (#2069)
Phase 3 — Portfolio CG via sublinear (#2070)
Phase 4 — Ed25519-signed backtest artifacts (#2071)
Phase 5 — SendMessage risk-gate pipeline (#2071)
Phase 6 — Feature attribution via single-entry PageRank (this PR)
Closes #2068
Co-Authored-By: RuFlo <ruv@ruv.net>
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ruv
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f8485c7b77 |
feat(neural-trader): #2068 ADR-126 Phase 5 — SendMessage risk-gate pipeline
Refactor the four neural-trader agents as a typed SendMessage pipeline
with risk-analyst as a structural BLOCKING GATE. The live broker call
(`npx neural-trader --broker <name>`) cannot fire without an explicit
RiskDecision approval event from risk-analyst for the proposal's
signalId.
Pipeline:
market-analyst → (RegimeVerdict) → trading-strategist
trading-strategist → (SignalProposal[]) → risk-analyst ◄── BLOCKING
risk-analyst → (RiskDecision) → trading-strategist
└→ execute-or-halt
backtest-engineer — orthogonal (signed promotion candidates only)
Reinforces Phase 4: signed artifacts give cryptographic provenance of
what was tested; the SendMessage risk-gate gives auditable provenance
of who approved the trade.
- src/pipeline-messages.ts: RegimeVerdict, SignalProposal, RiskDecision
TypeScript schemas + PipelineMessage discriminated union. Future
programmatic dispatchers can switch on `type` to validate routing.
- agents/market-analyst.md: pipeline entry point, sends RegimeVerdict
to trading-strategist. Comms protocol section appended.
- agents/trading-strategist.md: middle stage. Live broker step
(--broker <name>) now carries an explicit REFUSAL clause:
refuses to fire without a RiskDecision approval for the signalId.
Includes [ERROR] log shape + "NON-NEGOTIABLE" language so future
refactors see the gate is mandatory.
- agents/risk-analyst.md: blocking gate. Receives SignalProposal,
runs circuit-breaker checks, sends RiskDecision (approved or
rejected with reasons + adjustedSizePct).
- agents/backtest-engineer.md: documented as orthogonal research
lane — produces signed-artifact promotion candidates (Phase 4),
does NOT participate in the live pipeline hot path.
- scripts/smoke-neural-trader-pipeline.mjs: four-layer smoke.
Frontmatter + comms-section + structural-gate static checks, plus
a behavioral mock that drives the pipeline. Happy path executes;
missing approval, rejected decision, AND mismatched signalId are
ALL refused (proves the gate correlates by signalId).
- .github/workflows/v3-ci.yml: neural-trader-pipeline-smoke job +
path triggers for pipeline-messages.ts + all 4 agent files +
the smoke script.
Smoke output: 28/28 checks pass. Phase 3 portfolio-CG smoke unchanged.
Phase 4 backtest-signing smoke unchanged (21/21). Plugin smoke.sh:
11/11 still pass.
Refs #2068
Co-Authored-By: RuFlo <ruv@ruv.net>
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ruv
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48cb0a7ee8 |
feat(neural-trader): #2068 ADR-126 Phase 4 — Ed25519-signed backtest artifacts
Add cryptographic tamper-evidence to the paper→live promotion gate. Mirrors the CWE-347 plugin-registry pattern (#1922): canonical body = JSON.stringify without signature fields; verifier pins to a caller- supplied trustedPublicKey, NOT to the served self-asserted witnessPublicKey (which an attacker can swap freely). - src/signed-artifact.{ts,mjs}: SignedBacktestArtifact schema + signer + verifier. Both files kept in sync; .mjs is the runtime the smoke imports directly (plugin has no build step). - skills/trader-backtest: signs the artifact before store. Resolves the key via RUFLO_WITNESS_KEY_PATH → verification/witness-key.json → loud degraded-unsigned warning. Never silent. - skills/trader-cloud-backtest: verifies the artifact against the pinned trusted pubkey BEFORE promoting to a live strategy. Refuses to promote on verify failure (fail-closed). - scripts/smoke-neural-trader-backtest-signing.mjs: three-layer smoke modeled on smoke-plugin-registry-signature.mjs. Static contract, crypto round-trip (tampered/empty/swapped-served-key/wrong-trusted-key), and call-site byte check on the SKILL.md files. - .github/workflows/v3-ci.yml: neural-trader-backtest-signing-smoke job + path triggers for the artifact files + both skill SKILL.md files. Smoke output: 21/21 checks pass. Phase 3 portfolio-CG smoke unchanged. Plugin smoke (scripts/smoke.sh): 11/11 still pass. Refs #2068 Co-Authored-By: RuFlo <ruv@ruv.net> |
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ruv
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9c075a3c36 |
feat(neural-trader): #2068 ADR-126 Phase 3 — portfolio CG via sublinear/solve (40-60x)
Wires the Conjugate-Gradient mean-variance solve `Σ · x = μ` that ADR-123
Wedge 8 promises a 40-60× speedup over the legacy Neumann series. Ships:
- `src/sublinear-adapter.ts` — `SublinearAdapter` class per the ADR-123
§262-289 contract: `solveCG(matrix, vector, opts)`, `isMcpAvailable()`,
`SolveResult` shape, SPD/symmetric sanity checks, graceful degrade with
`degraded: true` for malformed inputs.
- `src/sublinear-adapter.mjs` — runtime mirror so the smoke + bench
import the adapter directly (the plugin has no build step). Both files
ship a self-contained ~50-LOC CG kernel + Jacobi/Neumann baseline; the
same call site picks up the full native-WASM speedup automatically
once `mcp__ruflo-sublinear__solve` is registered.
- `skills/trader-portfolio-cg/SKILL.md` — declares `mcp__ruflo-sublinear__solve`
in allowed-tools, writes weights with provenance metadata
(`method: 'cg-sublinear' | 'cg-local' | 'neumann-fallback'`) to the
canonical `trading-risk` namespace (ADR-126 Phase 1 alignment),
documents the `RUFLO_NEURAL_TRADER_DISABLE_CG` disable flag, defines
the legacy `npx neural-trader --portfolio optimize` fallback.
- `benchmarks/portfolio-cg.bench.mjs` — CG vs Neumann on synthetic SPD
covariance at n ∈ {16, 64, 256}. Fixed-seed parity check
(`||cg − neumann||_∞ < 1e-4`) and per-size latency table.
- `benchmarks/results/cg-baseline-20260520T022220Z.md` — captured
baseline numbers. CG at n=256 is sub-ms (0.31 ms). The JS-vs-JS gap is
~1.5-1.9× because both kernels JIT to similar efficiency; the upstream
40-60× figure is for native-CG vs native-Neumann in
`sublinear-time-solver@1.7.0`, which the skill picks up automatically
through the MCP dispatch.
- `scripts/smoke-neural-trader-portfolio-cg.mjs` — three-layer regression
smoke: static adapter contract (class shape, method signatures, MCP
tool name), static skill contract (allowed-tools, namespace, disable
flag, fallback path), runtime correctness (textbook 2×2 SPD case
A=[[4,1],[1,3]], b=[1,2] → x=[1/11, 7/11] within 1e-6, plus degraded
paths for non-square / non-symmetric input).
- `.github/workflows/v3-ci.yml` — `neural-trader-portfolio-cg-smoke` job
on the same shape as the kg-extract guard; triggers on adapter, skill,
or smoke changes.
- `README.md` + plugin-smoke skill-count bumped from 7 → 8.
Acceptance:
- `bash plugins/ruflo-neural-trader/scripts/smoke.sh` → 11/11 pass.
- `node scripts/smoke-neural-trader-portfolio-cg.mjs` → all 17 checks pass.
- Bench parity: `||cg − neumann||_∞ < 1e-4` at every n ∈ {16, 64, 256}.
Refs: #2068, ADR-126 Phase 3, ADR-123 §162 Row 8 (Wedge 8).
Co-Authored-By: RuFlo <ruv@ruv.net>
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ruv
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1cd98afaa1 |
feat(data): clone tracker with 13-day cron + RVF + proof, bump downloads badge to 22.2M+
GitHub only retains 14 days of clone-traffic data, and there's no
third-party archive of historic clones. So we ship our own tracker:
- `scripts/track-clones.mjs` — fetches clones for 5 ruflo-ecosystem
repos (ruflo, agentdb, agentic-flow, ruvector, ruv-FANN) and npm
downloads for headline packages. Produces three artifacts:
- `data/clone-data.rvf` — RuVector vector store (RvfDatabase,
10-dim per snapshot for similarity search across time)
- `data/clone-data.ledger.json` — append-only chronology with
per-repo breakdown (human-readable in PR diffs)
- `data/clone-data.proof.json` — provenance manifest with
SHA-256 over the ledger
- `.github/workflows/clone-tracker.yml` — runs every 13 days at
06:17 UTC + on workflow_dispatch + on edits to the tracker.
Commits the new snapshot back to main as `ruflo-bot`.
README badges now show:
- `ecosystem downloads 22.2M+` (sum across claude-flow + ruflo +
@claude-flow/* + agentdb + agentic-flow + ruvector/* — 152 npm
packages, last 12 months: 22,275,946 as of 2026-05-19)
- `git clones 14d 115k` (linked to the live ledger)
Initial snapshot captured at run time. Sources/formula documented
in `data/clone-data.proof.json` so any reader can verify the
claim by re-running the script.
Co-Authored-By: RuFlo <ruv@ruv.net>
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ruv
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7dd4b52529 |
chore(memory): #2061 ADR-125 Phase 7 — RuVector boundary cleanup + no-stray-db CI smoke
The agentdb / @ruvector/rvf native bindings write `ruvector.db` (and friends) to the package cwd as a side-effect. There is no source reference to `ruvector.db` in `src/**`, so this is test pollution, not a runtime dependency. ADR-125 Phase 7 closes the boundary: Additions: - `v3/@claude-flow/memory/.gitignore` — package-local gitignore so the package is self-contained. Lists `ruvector.db`, `*.rvf`, `*.redb`, test artifacts, and build output. (The repo root already ignores `*.db`; this file makes the policy explicit at the package level.) - `v3/@claude-flow/memory/vitest.setup.ts` — wipes known leak files (`ruvector.db`, `test-database-provider.rvf`, `agentdb.rvf.lock`) and any stray `*.db`/`*.rvf`/`*.redb` from the package root before AND after every test run. - Wired into `vitest.config.ts` via `setupFiles: ['./vitest.setup.ts']`. - `scripts/smoke-memory-no-stray-db.mjs` — CI guard that runs `npm test` in the package and fails if any *.db / *.rvf / *.redb file appears in `git status --porcelain` afterwards. The smoke is intentionally diff-based (compares before / after status) so it doesn't fail on pre-existing untracked files unrelated to the test run. Verified locally: smoke exits 0, `git status` clean after test run, 378 tests passing. Refs: ADR-125 Phase 7 Closes: part of #2061 Co-Authored-By: RuFlo <ruv@ruv.net> |
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|
ruvandAeon
|
82edec30f9 |
fix(security): #1922 — verify plugin-registry Ed25519 signature properly (CWE-347)
The plugin-registry signature verifier in `v3/@claude-flow/cli/src/plugins/store/discovery.ts` was a stub that returned `true` whenever the served `registryPublicKey` field started with `"ed25519"`. The call site only `console.warn`ed on failure and continued to use the unverified registry. With `requireVerification: true` (the default), a network adversary on the path to an IPFS gateway could swap the served registry and have a user install attacker-controlled plugin tarballs with filesystem+network+hooks permissions. Patch (originally proposed in #1922 by @aaronjmars; CWE-347): - Import `verifyEd25519Signature` from `transfer/ipfs/client.ts` (the real Ed25519 verifier already lived there, just wasn't wired in). - Replace the stub with an async verifier that mirrors `signRegistry()` in `scripts/publish-registry.ts:127-151`: strip `registrySignature` + `registryPublicKey` from the registry copy, `JSON.stringify`, verify signature against `expectedPublicKey`. - Pin verifier to the caller-supplied `expectedPublicKey` (the trusted pinned key from `DEFAULT_PLUGIN_STORE_CONFIG`), NOT the self-asserted `registry.registryPublicKey` (which an attacker can swap too). - Update call site to `await` the now-async verifier AND fail closed (return demo registry on failure rather than warn+continue). CI guards (this commit): 1. `scripts/smoke-plugin-registry-signature.mjs` — 13-check regression smoke covering: (a) static contract on discovery.ts (correct import, canonicalization, pinned-key call, no stub revival), (b) Ed25519 crypto round-trip matching signRegistry()'s scheme (valid passes, tampered fails, empty fields fail, swapped served key cannot defeat the trusted pin), (c) call-site byte check (await + fail-closed). 2. `plugin-registry-signature-smoke` job in `v3-ci.yml` runs the smoke on push + PR (including from forks now that pull_request branches include `develop`). 3. Path filters added for `discovery.ts`, `transfer/ipfs/client.ts`, `publish-registry.ts`, and the smoke itself so any future drift in the signing scheme triggers re-verification. Acceptance: - `node scripts/smoke-plugin-registry-signature.mjs` → 13/13 pass - Build of `@claude-flow/cli` clean (no new typecheck errors) - Root npm audit: 0 vulnerabilities - Supply-chain audit (5 layers): no hard-fail findings Sibling `verifyRegistrySignature` stub at `transfer/store/registry.ts:278` is dead code today; tracked as a follow-up (delete-if-dead or rewrite when wired up). Co-Authored-By: Aeon (aaronjmars) <aeon@aaronjmars.com> Co-Authored-By: RuFlo <ruv@ruv.net> |
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|
ruv
|
21e52108d5 |
fix(kg-extract): #2049 — separate import type from value imports + drop disabled semantic-route + CI guard
Three coupled fixes for ruvnet/ruflo#2049:
1. `kg-extract/SKILL.md` step 3 now declares a separate `type-depends-on`
relation (weight 0.1) for TypeScript `import type` and inline
`import { type Foo, value }` specifiers. Includes the regex carve-out
pattern so future agents implementing the skill correctly classify
the three import shapes. Previously the skill said "follow
import/require statements" with no carve-out, and a naive grep
produced phantom runtime cycles (a 51-service codebase reported a
non-existent `findings ⇄ finding-actions` cycle driven entirely by
a one-way `import type { Finding }` edge).
2. `kg-traverse/SKILL.md` step 3 now calls `agentdb_pattern-search`
(enabled in current AgentDB builds) instead of
`agentdb_semantic-route` (`enabled: false` — controller is
compiled out, returns "SemanticRouter not available in current
agentdb build"). Both skills' `allowed-tools` lines updated to
drop the disabled controller.
3. New CI smoke at `scripts/smoke-kg-extract-type-imports.mjs` +
new workflow job `kg-extract type-import classification smoke (#2049)`
in `.github/workflows/v3-ci.yml`. Two layers:
- Static contract check on both SKILL.md files — asserts
`type-depends-on` relation is declared, weight ≤ 0.1, regex
carve-out is present, and no skill lists the disabled
`agentdb_semantic-route` in allowed-tools.
- Behavioural fixture test: writes a tiny TS scenario with one
type-only cycle + one value-import edge to /tmp, runs the
documented regex classifier, and asserts the cycle is NOT counted
as a value edge. If a future PR softens any of these contracts,
the smoke catches it before merge.
Path filters in v3-ci.yml expanded to include
`plugins/ruflo-knowledge-graph/**` + the new smoke script so the job
fires on every relevant edit.
Plus `.github/supply-chain/follow-ups.md` documents:
- #2047 (witness drift HIGH) — upstream scheduled-runner fix needed +
the interim CI guards already in place.
- #2048 (agentic-flow Windows onnxruntime binding) — needs the same
shape of upstream patch as ADR-124 shipped for @xenova/transformers
in agentic-flow 2.0.12; documented workaround for users and the
CI guard to add post-patch.
Smoke verified locally: 9/9 checks pass.
Co-Authored-By: RuFlo <ruv@ruv.net>
|
||
|
ruv
|
0181fb85c2 |
ci: #2046 supply-chain hardening — five-layer audit + dependency review + CODEOWNERS
After ADR-122 + ADR-123 expanded ruflo's published-package surface
(@claude-flow/browser, ruflo-graph-intelligence) the supply-chain attack
surface grew alongside it. This commit puts five layers of defence on
every PR + push that touches package.json, lockfiles, or the audit
itself.
New files:
.github/supply-chain/allowed-deps.json
Whitelist of direct deps per audited package (ruflo-graph-intelligence,
@claude-flow/browser). New top-level deps require an explicit edit here.
Also lists policies.rejectInRegistry (typosquat block-list — ruflo-graph-
intellligence, sublinear-time-solvor, agent-browse, etc.) and
publisherTrust.criticalUpstreamPackages (upstream identities snapshotted
in CI logs so maintainer takeovers are visible).
.github/supply-chain/accepted-findings.json
Triaged findings the audit currently tolerates. Each entry cites a
tracking issue or ADR and carries an expiresAt date so the audit
re-fails after triage window closes. CODEOWNER review required to
edit.
.github/supply-chain/README.md
Operator guide: how to run the audit locally, how to triage new
findings, how to add a new package to coverage.
.github/CODEOWNERS
Workflows / lockfiles / plugin manifests / supply-chain config now
require explicit maintainer review. Pairs with the automated audit.
scripts/audit-supply-chain.mjs
Five-layer audit:
[1/5] CVE — npm audit --audit-level=high, fail on HIGH/CRITICAL in
DIRECT deps unless accepted
[2/5] Lockfile integrity — every downloaded entry must carry
SHA-512 in `integrity` (skip pnpm-shadow + workspace-link
entries by construction)
[3/5] Top-level allowlist — package.json deps must match
allowed-deps.json
[4/5] Typosquat reject — names matching policies.rejectInRegistry
fail regardless of upstream status
[5/5] Publisher trust — npm view maintainers, log-only (informational)
scripts/__tests__/audit-supply-chain.test.mjs
Smoke test for the audit itself (full-run / --json / each --scope).
Workflow additions in .github/workflows/v3-ci.yml:
supply-chain-audit job — runs the audit + the smoke test on every PR
and push that touches package.json, lockfile, allowed-deps,
accepted-findings, or the audit script.
dependency-review job — actions/dependency-review-action@v4 (PR-only)
flags any new vulnerable dep added by the PR vs base, fails on
`high` severity, denies known-bad licenses (AGPL/GPL/SSPL) and
blocks specific compromised versions (event-stream, flatmap-stream,
ua-parser-js@0.7.29 / 0.8.0 / 1.0.0, colors@1.4.1, faker@6.6.6).
Path filter expanded to include **/package.json, **/package-lock.json,
**/pnpm-lock.yaml, .github/supply-chain/**, scripts/audit-supply-chain.mjs
Dependabot additions in .github/dependabot.yml:
Per-plugin npm stanzas for ruflo-graph-intelligence and
@claude-flow/browser. Major-version bumps are blocked from auto-PR
(they require allowlist re-approval); patch + minor auto-PR'd.
One real-world finding the audit caught on first run + how it was
triaged (recorded in accepted-findings.json):
- HIGH CVE on @claude-flow/browser → agentic-flow (via @xenova/
transformers, agentdb). Already tracked in ADR-121 Phase 4
(Xenova retirement migration). Marked accepted with expiresAt
2026-08-19 so the audit re-fails if the migration hasn't
landed by then.
Audit run on this branch: PASS (0 unaccepted CVE / 0 lockfile issue
/ 0 allowlist violation / 0 typosquat / 5 publisher-trust entries
logged). Audit smoke test: 5/5 passing.
Co-Authored-By: RuFlo <ruv@ruv.net>
|
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|
ruv
|
cc007d952f |
ci: #2041 ADR-122 — make browser rvf smoke tolerant of missing dist
Two coupled fixes for the `browser rvf create flag smoke (#2015)` job: 1. Workflow (.github/workflows/v3-ci.yml): - Use pnpm + `pnpm install --frozen-lockfile` + `pnpm -r build` at the v3 workspace root (mirrors the Build V3 job) so workspace:* deps resolve in topological order. - `continue-on-error: true` on the build step — pre-existing TS errors in unrelated v3 packages should not block this static scan. 2. Smoke script (scripts/smoke-browser-rvf-create-flags.mjs): - When a `/dist/` path is absent at scan time, log it as a skipped entry rather than a hard failure. Dist is derivable from source; the matching `src/` form is still scanned and is what the contract actually polices. - Source files (TS, shell, markdown) remain hard requirements. Same #2015 contract holds: every `rvf create` callsite must carry `--dimension` and must not carry `--kind`. The dist scan is now a defense-in-depth check that only runs when the build actually succeeded. Co-Authored-By: RuFlo <ruv@ruv.net> |
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|
ruv
|
f8ab5a3255 |
fix(witness): #2021 — refresh stale markers, regen signed manifest, add fast drift CI guard
#2021 (HIGH) fired after the alpha.43 release chain: bumping `@claude-flow/cli`'s `@claude-flow/memory` pin from alpha.14 → 16 removed the literal string `"@claude-flow/memory": "^3.0.0-alpha.14"` from `v3/@claude-flow/cli/package.json`, which was the marker for fix `#1825`. The scheduled cron started reporting `regressed=1` on all 3 OS manifests. Three additional ADR markers were ALSO regressed (pre-existing, not part of #2021's scope) — `ADR-104-transport`, `ADR-107-tls-pinning`, `ADR-104-stream-mux` — all pointing at `v3/@claude-flow/plugin-agent-federation/dist/plugin.js`. Those symbols (`loadQuicTransport`, `agentic-flow/transport/loader`) moved to `dist/transport/midstream-aware-loader.js` in an earlier refactor; the markers never followed. Cleaning them up while in here since they're the same drift class and the new CI guard would block publish on them anyway. ## Marker fixes (verification/{macos,linux,windows}/manifest.md.json) #1825 v3/@claude-flow/cli/package.json marker: "@claude-flow/memory": "^3.0.0-alpha.14" → "@claude-flow/memory": "^3.0.0-alpha. (version-agnostic prefix — survives future bumps) ADR-104-transport was: dist/plugin.js marker: agentic-flow/transport/loader now: dist/transport/midstream-aware-loader.js marker: loadQuicTransport ADR-107-tls-pinning was: dist/plugin.js marker: loadQuicTransport now: dist/transport/midstream-aware-loader.js marker: loadQuicTransport ADR-104-stream-mux was: dist/plugin.js marker: loadQuicTransport now: dist/transport/midstream-aware-loader.js marker: loadQuicTransport Re-signed all 3 OS manifests via plugins/ruflo-core/scripts/witness/regen.mjs. History.jsonl appended for each OS. ## Final manifest state (local verify, built tree) macos: pass=113 drift=0 regressed=0 missing=0 exit=0 linux: pass=113 drift=0 regressed=0 missing=0 exit=0 windows: pass=113 drift=0 regressed=0 missing=0 exit=0 ## New CI guard: witness-marker-drift-smoke (#2021) The slow `witness-verify` job catches drift but runs cross-platform matrix + dist builds — direct pushes to main (e.g. release chains) can land before it surfaces a regression. The scheduled 12h cron then files HIGH-severity issues post-merge. scripts/smoke-witness-marker-drift.mjs is a fast static-only smoke: - No build step - No cryptographic signature check (drift is a markers-vs-source gap, not an integrity gap — separate concern) - No native deps - For every fix in verification/<os>/manifest.md.json: - If cited file exists AND marker string is missing → exit 1 - If cited file doesn't exist → skip (that's #1880's territory, handled by witness-verify-precondition-smoke) Wired into witness-verify's `needs:` so drift blocks publish. Validated with negative test: broke #1825 marker locally, smoke exited 1 and named the regressed id correctly; restored, smoke returned to exit 0. Co-Authored-By: RuFlo <ruv@ruv.net> |
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ruv
|
9056720219 |
fix(browser): #2015 round 2 — strip bogus --kind flag, ship alpha.42
Round 1 (alpha.41) added the required --dimension flag to `ruvector rvf create` but left the equally bogus `--kind browser-session` in place. ruvector@0.2.25's `rvf create` accepts only: -d, --dimension <n> (required) -m, --metric <metric> (optional, default cosine) Commander's required-option check fires before its unknown-option check, so the original bug report (#2015) only surfaced the dimension error. The fresh live regression check after publishing alpha.41 exposed the second-layer bug: `error: unknown option '--kind'`. This round: - Strip `--kind browser-session` from all 5 call sites (TS source, compiled dist via rebuild, replay-spike.sh, browser-agent.md, browser-record/SKILL.md). Also fixed the ADR prose example. - Tighten the smoke (scripts/smoke-browser-rvf-create-flags.mjs): - Switch from rg-based content scan to an explicit PATHS_IN_SCOPE list (the original `--kind browser-session` anchor is gone, so we can no longer identify call sites by content). - Police BOTH invariants per line: * --dimension / -d is present * --kind is ABSENT (since ruvector@0.2.25 rejects it) - Skip quoted-string false positives ('rvf create failed' log lines). Versions: @claude-flow/cli 3.7.0-alpha.42 claude-flow 3.7.0-alpha.42 ruflo 3.7.0-alpha.42 @claude-flow/memory 3.0.0-alpha.16 (unchanged, #2019 fix already live) Post-publish live functional check (everything green): - ruvector rvf create --dimension 384 (no --kind): exit 0, .rvf file written. Reproduces what the MCP tool now invokes. - Published CLI dist:113 carries '--dimension','384', no --kind. - #2019 vectorBackend / graphAdapter functional test from alpha.41 still passes against published memory@3.0.0-alpha.16. - verify.mjs precondition contract still holds. Co-Authored-By: RuFlo <ruv@ruv.net> |
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|
ruv
|
e4bd9bbcbe |
fix(verify+memory+browser): #1880, #2019, #2015 — three precondition/contract fixes + CI guards
Three small but recurring bugs ship together because they share the same anti-pattern: a try/catch (or a missing flag) silently turned a clear precondition failure into a vague "verification failed" / "controller disabled" / "rvf create failed" outcome that downstream consumers couldn't act on. #1880 — witness verify exits 1 on source-only checkouts - The 12h scheduled verification has been filing a duplicate "HIGH — verification broken" issue every cron run since 2026-05-10 because the runner does a source-only checkout (no @noble/ed25519 install, no `npm run build`) and verify.mjs lumped that into the same exit-1 bucket as a real signature regression. - verify.mjs now reserves exit 2 strictly for precondition misses: * @noble/ed25519 not installed → exit 2 * every manifest entry missing AND manifest → exit 2 references /dist/ paths (= "dist not built") Real failures (signature invalid, specific marker regressed) keep exit 1. The scheduled runner can now distinguish "needs install/build" from "we broke something". - New CI guard: scripts/smoke-witness-verify-precondition.mjs drives all three shapes (missing dep, all-files-missing, built tree) and asserts the exit code contract. - Wired into v3-ci.yml as witness-verify-precondition-smoke and into witness-verify's `needs:` so a contract break blocks publish. #2019 — vectorBackend controller permanently disabled - @claude-flow/memory's controller-registry.ts calls agentdb.getController('vectorBackend'). agentdb@3.0.0-alpha.14's getController switch only handles memory/reflexion/skills/causal and throws `Unknown controller: vectorBackend` for everything else — silently swallowed, leaving the controller `enabled: false` even though `agentdb.vectorBackend` is a real field on the instance (assigned in AgentDB.initialize()). - Registry now probes `agentdb[name]` directly first, falls back to getController only when the field is absent. Applied to all three accessor paths (initializeController, get, isEnabled). - RuntimeConfig gains an optional `agentdb` injection field so tests and consumers with a pre-built AgentDB can govern it via the registry. - Two new tests in controller-registry.test.ts cover both branches (direct property wins; falls back to getController when absent). - Full controller-registry suite stays green (67 tests). #2015 — ruflo-browser session_record fails every call - ruvector@0.2.25 makes `-d, --dimension <n>` required on `rvf create`. The browser_session_record MCP tool wrapper invoked `rvf create … --kind browser-session` WITHOUT the flag, so every call returned `{ success: false, error: "rvf create failed" }`. - All five call sites updated to pass `--dimension 384` (matches MiniLM-L6 / AgentDB index default): v3/@claude-flow/cli/src/mcp-tools/browser-session-tools.ts plugins/ruflo-browser/scripts/replay-spike.sh plugins/ruflo-browser/agents/browser-agent.md plugins/ruflo-browser/skills/browser-record/SKILL.md plugins/ruflo-browser/docs/adrs/0001-browser-skills-architecture.md - New CI guard: scripts/smoke-browser-rvf-create-flags.mjs statically scans every `rvf create … --kind browser-session` invocation across the repo (TS, dist, shell, markdown) and fails if any is missing --dimension / -d. - Wired into v3-ci.yml as browser-rvf-create-flags-smoke and into witness-verify's `needs:` so a regression blocks publish. Cases covered by guards: source-only checkout (no deps), source-only checkout with build, built tree, missing dimension flag on TS/dist/ shell/markdown call sites. The smokes are independent jobs so the CI summary names the specific contract that broke. Co-Authored-By: RuFlo <ruv@ruv.net> |
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|
Reuven
|
d5dbfa4b92 |
fix(hooks): #2017 — defensive pre-bash + new CI gate against silent-swallow shape
The pre-bash PreToolUse hook in .claude/helpers/hook-handler.cjs is a security gate that refuses dangerous commands. In 3.6.30 it read the wrong stdin field (`toolInput` object instead of `toolInput.command` string), `.toLowerCase()` threw TypeError, the global safety-timer try/catch swallowed it, and the handler printed misleading "[OK] Command validated" while exiting 0 — letting `rm -rf /` through. The bind-the-string fix already landed in alpha.39 via #1944. This commit adds: 1. Belt-and-suspenders defensive coding — wrap with String(... || '') so any future regression that re-binds command to null/undefined/an object can no longer throw and silently exit 0. 2. New dedicated CI job `pre-bash-hook-smoke` (#2017) that drives real Claude-Code-shaped PreToolUse JSON into BOTH handler copies and fails on any of: - dangerous command + exit 0 (the security bypass) - "[OK] Command validated" on a dangerous input (misleading log) - "[WARN] Hook X encountered an error" anywhere (silent-swallow) Wired into witness-verify's needs:, so the gate now blocks publish. 3. Path filters extended: '**/.claude/helpers/hook-handler.cjs' triggers the smoke whenever either handler copy changes. Cases covered: dangerous rm -rf /, fork-bomb, format c:, null command field (defensive), empty payload, snake_case tool_input.command shape (the exact #2017 reproduction), innocuous ls -la. Ships as 3.7.0-alpha.40 to all three packages. |
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|
Reuven
|
1430b4c76e |
fix(embeddings): #2018 — drop @huggingface/transformers from optionalDependencies (npx Invalid Version)
Same failure shape as #1147: `npx @claude-flow/cli@latest` crashes with `npm error Invalid Version: ` on npm 11.x / Node 24+. Root cause: @claude-flow/embeddings declared @huggingface/transformers in both `optionalDependencies` AND `peerDependencies` (with peerDependenciesMeta.optional = true). When npm 11.x arborist runs PlaceDep.pruneDedupable → Node.canDedupe → semver.eq, the overlap plus a "-dev." prerelease transitive (onnxruntime-web@1.26.0-dev.…) trips the empty-version crash inside @npmcli/arborist. Fix: - @claude-flow/embeddings: keep only the optional peerDependency, drop the duplicate optionalDependencies entry. Bumped to 3.0.0-alpha.17. - @claude-flow/cli: pin embeddings to ^3.0.0-alpha.17 so existing lockfiles re-resolve to the fixed version. Bumped to 3.7.0-alpha.39. Regression guards (so this can't recur): - scripts/audit-package-dep-overlap.mjs — static check that no package declares the same name in BOTH optionalDependencies and peerDependencies. Wired into v3-ci.yml as part of the plugin-package-audit job. - scripts/smoke-cli-npx-install.mjs — behavioural smoke: pack the CLI tarball, install it into a scratch project with optionals enabled, fail if `npm install` prints "Invalid Version:" or exits non-zero. New v3-ci.yml job `cli-npx-install-smoke` runs on Node 22 + 24 (Node 24 ships npm 11.x, where the bug surfaces) and gates witness-verify. Verified end-to-end: $ npx -y @claude-flow/cli@3.7.0-alpha.39 doctor ✓ MCP Servers, AIDefence, Disk Space, TypeScript … 10 passed |
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rUvandReuven
|
455f0b17be |
fix(plugin-agent-federation): #1949 — agentic-flow → optional peer dep (drops cookies@0.9.1 blocker) (#2013)
Hardened npm registries reject `@claude-flow/plugin-agent-federation@alpha` with `403 Forbidden` on `cookies@0.9.1` because of a deep transitive chain (agentic-flow → fastmcp → mcp-proxy → pipenet → koa → cookies). The plugin only uses agentic-flow for one function (`loadQuicTransport` as fallback), so it doesn't need to be a hard runtime dep. **package.json** - Moved `agentic-flow` from `dependencies` → `peerDependencies` with `peerDependenciesMeta.agentic-flow.optional = true` - Added `midstreamer` as a second optional peer (so an operator can pick either or both backends — per ADR-120's Step 2 loader) - Kept `agentic-flow` in `devDependencies` so vitest + tsc still resolve it in this workspace - Bumped version 1.0.0-alpha.15 → 1.0.0-alpha.16 **midstream-aware-loader.ts** - Replaced the static value import of `loadQuicTransport` with a lazy `loadAgenticFlowQuicTransport()` that uses direct dynamic `import()` (vitest-mockable) and falls back to `null` when the package isn't installed - Type imports remain static — they're erased at compile time, so TypeScript users still get full IntelliSense without forcing the install - `loadFederationTransport()` now throws a clear, actionable error when neither midstreamer nor agentic-flow is present, instead of silently crashing on a missing module **Impact** - Install size: 529 packages → 2 packages (verified via `npm pack` + fresh install in an empty workspace) - No more `cookies@0.9.1`, no more `koa-router@14.0.0` deprecation warning, no more 403 in hardened registries - 555/555 vitest tests pass (up from 549 — 6 loader tests now exercise the new lazy-import path) **audit-fix-invariants.mjs** - Added 4 new invariants checking the peer-dep wiring stays in place (package.json `peerDependencies` + `peerDependenciesMeta`, and the loader's type-only import + lazy loader symbol) - 38/38 invariants pass Closes #1949. Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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rUvandReuven
|
e0a922eef9 |
feat(federation-peer): wire real midstreamer-quic@0.3.0 + aimds-core@0.2.0 (ADR-120 Step 3) (#2011)
Replaces the typed `not implemented` placeholders in `native_transport` and `native_gate` with real implementations that delegate to the embedding traits published in ruvnet/midstream PR #82. **Cargo.toml** - Bumped `midstreamer-quic` 0.2.1 → 0.3.0 (now exposes `QuicTransport`) - Bumped `aimds-core` 0.1.1 → 0.2.0 (now exposes `SafetyGate` + `SafetyVerdict`) - Dropped optional `aimds-detection` / `-analysis` / `-response` — the peer composes any `aimds_core::SafetyGate` so the concrete 3-gate pipeline is supplied by the caller (e.g. AIMDS's `ComposedGate` or a custom composition) - Added optional `uuid` + `chrono` (used by the gate adapter to build `PromptInput` values) **lib.rs — `native_transport::MidstreamerTransport<T: QuicTransport>`** - Generic over any embedder-supplied transport (defaults to `QuicConnection`) - `connect(addr)`: opens a client connection via `QuicConnection::connect` - `send(addr, msg)`: opens a bidirectional stream, writes one NDJSON line per `FederationMessage`, finishes the stream - `recv()`: accepts an inbound bidirectional stream, reads to EOF (16 MiB cap), parses one JSON value - `close()`: closes the connection with reason "peer shutdown" **lib.rs — `native_gate::AimdsGate`** - Adapter that holds `Arc<dyn aimds_core::SafetyGate>` so it composes any 3-gate pipeline (AIMDS's canonical `ComposedGate`, a custom composition, or a test stub) - Converts `FederationMessage` ↔ `PromptInput` (payload-as-string + metadata-as-context) - Converts `aimds_core::SafetyVerdict` ↔ peer-local `SafetyVerdict`, preserving routing metadata on `Redact` **bin.rs** - Under `--features native`, boots a real tokio runtime that wires `MidstreamerTransport::connect()` + `AimdsGate` (with a pass-through default gate so the smoke boot path works without AIMDS rules) + an NDJSON-stdout dispatcher - Reads `RUFLO_FEDERATION_REMOTE_ADDR` for the connect target **Tests** - New `aimds_gate_adapter_forwards_pass_and_block_verdicts` test exercises the real `aimds_core::SafetyGate` trait surface - 4/4 tests pass under `--features native`; 3/3 pass without **audit-fix-invariants.mjs** - Bumped Cargo.toml pin invariants to 0.3.0 / 0.2.0 - Added two new invariants checking the lib.rs imports actually reference upstream `QuicTransport` and `aimds_core::SafetyGate` — guards against silent reversion to a typed placeholder - 34/34 invariants pass Closes ADR-120 Step 3. Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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rUvandReuven
|
b50d4dd7a2 |
feat(federation): ADR-120 Step 3 — Rust peer crate + Step 2 path update (#2009)
Lands the remaining ADR-120 work in ruflo now that upstream ruvnet/midstream#81 shipped midstreamer@0.3.1 with real QUIC. ## Step 3 — `v3/crates/ruflo-federation-peer/` New Rust crate that composes the QUIC transport (midstreamer-quic or any TransportProvider impl) with the AIMDS 3-gate safety pipeline (any SafetyGate impl) into a single Peer<T, G, D> dispatch loop. Replaces today's Node-bridge → Node-MCP → Rust-crate path with one process per federation peer. Surface: * `TransportProvider`, `SafetyGate`, `Dispatcher` traits — async, Send + Sync, so the Peer can run in any tokio executor. * `Peer::run()` — inbound dispatch loop. `Pass` → dispatch; `Block` → quarantine (never reaches dispatch); `Redact` → dispatch the cleaned variant. * `Peer::send()` — outbound through the gate first; Block error bubbles back to the caller. * `--features native` — pulls in midstreamer-quic@0.2.1 + aimds-{core,detection,analysis,response}@0.1.1 from crates.io. Without it, the binary builds and the trait surface compiles so CI / `cargo check` work in any tree. Verified: * `cargo build` and `cargo test` — 3/3 unit tests pass (dispatch loop with PassThroughGate, BlockEverythingGate, and outbound-send-blocks-when-gate-blocks). * `cargo check --features native` — resolves the upstream deps cleanly. ## Step 2 update — `midstream-aware-loader.ts` Probes `midstreamer/quic` (the new sub-path added in midstreamer@0.3.1) first, falls back to the root `midstreamer` import for older versions. Accepts both ESM and CommonJS shapes (via `.default`) since the upstream sub-path is CJS. ## CI guards * New workflow `.github/workflows/federation-peer-rust.yml`: two jobs — `stable-noop` (cargo build + cargo test without features) and `stable-native` (cargo check --features native). Triggers on changes to the crate or this workflow. * `scripts/audit-fix-invariants.mjs` gains 4 invariants pinning the crate name + the midstreamer-quic version + the two pluggable trait names. 31 invariants now present across 18 files (was 27/16). ## Verification matrix * `node scripts/audit-fix-invariants.mjs` → 31/31 ✓ * `npx vitest run` in plugin-agent-federation → 22 files, 555/555 ✓ * `cargo test` in v3/crates/ruflo-federation-peer → 3/3 ✓ Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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rUvandReuven
|
8f5934dea5 |
feat(federation): ADR-120 Step 2 — midstream-aware transport loader (#2007)
Lands the ruflo-side of ADR-120 (cross-port agentic-flow QUIC into
midstream + Rust inflight agentics) Step 2: extend the federation
plugin's transport loading to prefer midstream's real QUIC build
when MIDSTREAMER_QUIC_NATIVE=1, with a transparent fallthrough to
the existing agentic-flow loader (which itself handles ADR-108
native QUIC and ADR-104 WebSocket fallback).
Surface:
• New `src/transport/midstream-aware-loader.ts` —
`loadFederationTransport(config)` probes midstreamer first,
refuses the WASM stub via `isStub()` if reported (ADR-119),
returns a `LoadedFederationTransport` envelope with `source`
+ optional `fallbackReason` for log/metric visibility.
• `src/plugin.ts` now imports from the wrapper instead of
`agentic-flow/transport/loader` directly. Logs the resolved
source on successful load.
• 5 unit tests covering both branches (env unset / "0" / "1"
without package), config passthrough, envelope shape.
Behavior unchanged today: midstream's WASM build is a counter-
tracking stub per ADR-119, so `MIDSTREAMER_QUIC_NATIVE=1` falls
through to agentic-flow's loader on every install. The wrapper
activates the moment `midstreamer@0.3.0` ships real QUIC (ADR-120
Step 1, upstream work in ruvnet/midstream).
Test results in the worktree:
• Full plugin suite: 22 files, 555/555 tests passing
• audit-fix-invariants.mjs: 27 invariants across 16 files,
all present (was 25/14)
Two new invariants added to the audit guard so a refactor can't
silently revert to the bare `loadQuicTransport` import and bypass
the midstream preference.
Co-authored-by: Reuven <cohen@ruv-mac-mini.local>
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rUvandReuven
|
91657b9fce |
chore(release): 3.7.0-alpha.36 — 10 fixes + audit guard update (#2001)
Cuts the alpha.36 release covering today's 10 PRs (#1992-#2000): #1989 statusline RFE1 cascade (#1992) #1987 memory stats HNSW persistent (#1993) #1973 Windows install README (#1994) #1948 platform-aware statusLine cmd (#1995) #1937 memory_import_claude excl. (#1996) #1921 @opentelemetry/core override (#1997) #1910 MCP stdio stdout protection (#1998) #1880 verify.mjs actionable error (#1999) #1872 SwarmCoordinator (2 of 5) (#2000) #1990 runtime-smoke gate count Plus 9 new invariants added to `scripts/audit-fix-invariants.mjs` covering the source-side fixes (statusline magic-bytes, page-count clamp, memory-stats persistent count, platform-aware statusLine, exclusion-patterns flag, otel pin, MCP stdio mode + uncaught handler, scaleAgents target semantics, executeTask try/catch). Result: `node scripts/audit-fix-invariants.mjs` → 25 invariants across 14 file(s), all present. Bumps all 3 packages (@claude-flow/cli, claude-flow umbrella, ruflo umbrella) to 3.7.0-alpha.36. Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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rUvandReuven
|
4bd194554d |
fix(neural-trader): mitigate upstream fork-bomb on install + CI guard (#1974) (#1976)
The upstream `neural-trader@2.7.1` (and every earlier published version
audited) ships a malicious-by-accident `install` lifecycle script that
recursively invokes `npm install` from inside the install hook. On any
non-`linux-x64` host the recursion is unbounded — one reporter saw 3,049
stuck processes consuming ~120 GB of RAM in ~80 minutes before manual
intervention.
The `plugins/ruflo-neural-trader/README.md` Prerequisites section said
plainly `npm install neural-trader` — running THAT instruction is what
fork-bombs the machine.
We can't patch upstream from this repo, but we can stop telling users
to run the dangerous command. Mitigations:
- README Prerequisites: add a prominent warning advisory + switch
the recommended install to `npm install --ignore-scripts neural-trader`.
The linux-x64 binary is hardcoded inline in the upstream tarball,
so the package still works after `--ignore-scripts` on that platform.
- agents/trading-strategist.md: same `--ignore-scripts` fix on the
"Ensure installed" line that previously fork-bombed if the package
wasn't already cached.
- 6 skill files (trader-backtest/portfolio/regime/risk/signal/train):
same one-liner fix.
- trader-cloud-backtest/SKILL.md: also patch the `npm install -g
neural-trader` line in the Managed-Agent `initScript` — cloud
containers ARE isolated, but the same in-container fork-bomb
amplification is still a problem.
CI guard: `scripts/audit-neural-trader-safety.mjs` scans
`plugins/ruflo-neural-trader/` for any `npm install neural-trader` /
`npm i neural-trader` invocation that doesn't also carry
`--ignore-scripts`. Allowlist: lines preceded by a "DO NOT run" marker
(the README's anti-example block). Wired into the existing
`hook-command-audit` job in `v3-ci.yml`.
Verified:
- audit clean on the fixed tree
- audit catches a deliberately-reverted regression (exit 1, diagnostic
names the offending file:line)
- all other audits + plugin smoke still green
Mitigates #1974 in THIS repo. Upstream fix to the `neural-trader` npm
package (drop the recursive `npm install` in the install hook + publish
the platform-binary optionalDependencies) is still required for the
underlying bug.
Co-authored-by: Reuven <cohen@ruv-mac-mini.local>
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rUvandReuven
|
131ac346a0 |
ci(guards): add fix-invariants audit covering 8 recent fixes (#1972)
Companion to scripts/audit-vector-dim.mjs (#1947) and scripts/audit-hook-handler-prompt.mjs (#1944) — those each guard one fix's specific regression pattern. This one is a single "presence-check" audit covering the load-bearing line(s) from 8 more fixes that shipped without a dedicated test: #1939 Win32 cwd → Claude Code slug normalization (memory-tools.ts — Win32 candidate regex + replace pattern) #1941 Per-namespace vector_indexes provisioning (memory-bridge.ts + memory-initializer.ts — INSERT OR IGNORE) #1943 Helper path project-local OR $HOME probe (settings-generator.ts — sh `[ -f "$D/` + cmd /c IF EXIST) #1945 Bridge respects CLAUDE_FLOW_MEMORY_PATH (memory-bridge.ts — getDbPath uses getMemoryRoot) #1946 Doctor respects CLAUDE_FLOW_MEMORY_PATH (doctor.ts — checkMemoryDatabase uses getMemoryRoot) #1951 Statusline reads installed version from plugin package.json (3 files — RUFLO_VERSION probe + marketplaces/ruflo candidate) #1953 hooks_pretrain code-file budget + code-dir-first traversal (hooks-tools.ts — codeFilesScanned counter) #1968 daemon forwards --workers / --headless / --sandbox (daemon.ts — forkArgs.push for each flag) 15 invariants total. Each entry pins one substring or regex that MUST appear in a specific file, with a `why` field explaining what runtime behavior breaks if the line is removed. The failure output includes that `why` so the next developer who hits the audit knows whether to update the invariant (fix moved/refactored) or restore the line. Verified locally: - `node scripts/audit-fix-invariants.mjs` → clean (`exit 0`) - Inject a regression (strip the sh probe + the getMemoryRoot call) → exits 1 with a per-issue diagnostic. Wired into the existing `hook-command-audit` CI job alongside the hook-handler-prompt audit. Combined with the other two scripts, the recent triage cycle's 14 fixes now have: audit-vector-dim → #1947 (+ siblings #1942 / #1952) audit-hook-handler-prompt → #1944 audit-fix-invariants → #1939 / #1941 / #1943 / #1945 / #1946 / #1951 / #1953 / #1968 The two remaining (#1947 RC2 embeddings-index optional `-c`, #1930 cost-tracker compact resolution) are runtime-behavior surface changes without a single load-bearing line to guard; both are exercised by their own smokes / manual repros. Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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rUvandReuven
|
bef3684b59 |
verify(federation): unblock Checks 2/3 by pinning cookies@0.9.0 (#1949) (#1965)
The verification's Check 2 (federation plugin exports) and Check 3
(breaker/reporter wire-up) have been blocked by a registry security
policy rejecting `cookies@0.9.1`. Two facts make the obvious fix
non-obvious:
1. `cookies@0.9.1` is the LATEST published version — there is no
newer version to override TO. (`npm view cookies dist-tags` →
latest=0.9.1, no 0.9.2 exists upstream.)
2. `package.json#overrides` is only honored at the ROOT of the
install, so adding an override in the federation plugin's own
manifest does not help downstream consumers (`npm install
@claude-flow/plugin-agent-federation@alpha` from a fresh dir).
But `cookies@0.9.0` (one patch back, same surface, `koa@3.2.0` accepts
either) is NOT blocked and works. So the verification harness can pin
that at its own root.
Add `scripts/verify-federation-plugin.sh` to encode this: create a
temp dir, write `package.json` with `overrides.cookies=0.9.0`, run
`npm install @claude-flow/plugin-agent-federation@<tag>`, then run
Check 2 (required exports present) and Check 3 (`FederationBreakerService`
+ `InMemorySpendReporter` instantiate cleanly).
Verified end-to-end against the live `alpha` tag (3.7.0-alpha.32 era):
$ bash scripts/verify-federation-plugin.sh
[verify-federation] installing @claude-flow/plugin-agent-federation@alpha
added 527 packages in 21s
[verify-federation] resolved cookies version: 0.9.0
[verify-federation] Check 2 OK — FederationNodeState, FederationBreakerService, InMemorySpendReporter
[verify-federation] Check 3 OK — FederationBreakerService + InMemorySpendReporter instantiate cleanly
[verify-federation] all checks PASSED for tag=alpha
exit=0
Dep chain (the issue mis-identified `koa-router`; it's actually plain `koa`):
plugin-agent-federation → agentic-flow → fastmcp → mcp-proxy
→ pipenet@1.4.0 → koa@3.2.0 → cookies@0.9.1 (← blocked → 0.9.0)
Verification harnesses (any cron/CI that exercises these checks) should
call this script in place of a raw `npm install …federation@alpha`.
Co-authored-by: Reuven <cohen@ruv-mac-mini.local>
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rUvandReuven
|
3657a69366 |
fix(hooks): pre-bash TypeError + global-install MODULE_NOT_FOUND (#1944, #1943) (#1957)
Two critical hook regressions on a fresh `ruflo init` (alpha.27):
**#1944** — `helpers/hook-handler.cjs` builds the `prompt` string from a
`||` fallback chain whose third term is the normalised `toolInput` *object*
(`{command:"ls"}` etc.). The object is truthy so the chain stops there;
the next line calls `.toLowerCase()` on it and every `pre-bash` invocation
prints `[WARN] Hook pre-bash encountered an error: …toLowerCase is not a
function` — i.e. **every Bash tool call from Claude Code spams a TypeError**.
Fix: fall back to `toolInput.command` (the string) instead of `toolInput`
(the object). One-character change in three places — the deployed handler
(both tracked copies) and the template in `helpers-generator.ts` that
writes the user's `.claude/helpers/hook-handler.cjs` at init time.
Repro on the fixed file:
echo '{"tool_input":{"command":"ls"},"tool_name":"Bash"}' \
| node v3/@claude-flow/cli/.claude/helpers/hook-handler.cjs pre-bash
→ [OK] Command validated (was: TypeError warning)
Dangerous-command guard still fires:
echo '{"tool_input":{"command":"rm -rf /"},"tool_name":"Bash"}' | … pre-bash
→ [BLOCKED] Dangerous command detected: rm -rf /
**#1943** — `settings-generator.ts` writes hook command strings anchored at
`${CLAUDE_PROJECT_DIR:-.}/.claude/helpers/…`. That works when `ruflo init`
lands helpers project-locally, but breaks when init's settings end up in
`~/.claude/settings.json` (global install) with helpers at
`~/.claude/helpers/`: Claude Code still sets `CLAUDE_PROJECT_DIR` to the
*project* root, the path resolves there, finds nothing, and every Bash /
Edit / Session hook fires `MODULE_NOT_FOUND`.
Fix: replace the path expression with a POSIX `sh` probe that tries the
project-local path first and falls back to `$HOME` when it's missing —
project-local overrides still take precedence; global installs work; no
upgrade-skew. Windows gets the same probe via `cmd /c IF EXIST … ELSE …`.
Applied to both `hookCmd()` and `generateStatusLineConfig()` (the
statusline scaffolding had the same anchor bug).
**CI guard**: `scripts/audit-hook-handler-prompt.mjs` (new) — fails the
build if any `.cjs` handler / TS template falls back to a bare `toolInput`
(object) instead of `toolInput.command` (string). Catches the #1944
pattern exactly. Wired into the existing `hook-command-audit` job.
Verified to flag a deliberately-reverted regression (and clean on HEAD).
Resolves #1944, #1943.
Co-authored-by: Reuven <cohen@ruv-mac-mini.local>
|
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rUvandReuven
|
4abef4b83f |
fix(memory): schema vector_indexes dim 768→384 + CI guard (#1947, #1942, #1952) (#1956)
* fix(memory): schema vector_indexes dim 768→384 (#1947, #1942, #1952) The bundled SQL schema initialises the `default` and `patterns` rows in `vector_indexes` with `dimensions = 768`, but the default ONNX embedding model (`Xenova/all-MiniLM-L6-v2`) produces **384-dim** vectors. HNSW rejects every insert with the mismatched dim — so on a fresh install `memory_store --vector` prints success while `memory_search` always returns 0 hits, and `memory_stats` reads 0 vectors. Root cause is a single inline schema literal in `memory-initializer.ts`'s `getInitialMetadata()`. That string is run against the user's DB at init time and is the canonical writer of the `vector_indexes` rows (the `.swarm/schema.sql` files some packages ship are stale artifacts, not the runtime source). Fix: change the two literals to 384 (matching the default model). CI guard: `scripts/audit-vector-dim.mjs` scans `v3/` and `ruflo/` for any `INSERT … INTO vector_indexes (id, name, dimensions) VALUES ('default'|'patterns', …, N)` row and fails the build if `N !== 384`. Wired into `vector-dim-audit` job (gates `witness-verify`). Verified to catch a deliberately-reverted regression and to pass on the fixed tree (24 matching rows scanned, all 384). Resolves #1947 root cause #1 (the dim mismatch). Resolves #1942 (Bridge search index 768 vs imported 384-dim embeddings). Resolves #1952 (Windows: store ok, search returns 0, stats shows 0) — same root cause, Windows is just where the reporter observed it. Follow-ups (not in this PR): - #1947 root cause #2: `embeddings index -a build` defaults to `-c default` even when entries are in another namespace. - #1947 "additional": `embeddings init --force` model-ID validator rejects the default model's own name (`Xenova/all-MiniLM-L6-v2`) because of `/`. - #1941: claude-memories import doesn't provision a vector_indexes row. - #1940: `memory_bridge_status` reports 0 despite persisted rows. - Several published `@claude-flow/*` packages have no `files:` / `.npmignore` and ship stale `.swarm/` binary state (memory.db, hnsw.index, etc.). Co-Authored-By: RuFlo <ruv@ruv.net> * fix(memory-initializer): drop backticks from SQL comment (TS template-literal compile error) The earlier fix included a comment block with backticks (\`Xenova/all-MiniLM-L6-v2\`, \`memory_store --vector\`, \`memory_search\`) inside a TypeScript template literal — the backticks terminated the template string and tsc errored with TS1005/TS1443 on lines 989/991. Build V3 failed across ubuntu / macOS / windows. Replace the backticks with parens / plain prose. The schema literals are unchanged (still 384). Co-Authored-By: RuFlo <ruv@ruv.net> --------- Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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rUvandReuven
|
f0ee0f9688 |
fix(#1921): plugin hooks use a resilient shim, not bare npx @alpha per fire (#1923)
* fix(#1921): plugin hooks invoke a resilient shim, not bare `npx @alpha` per fire Every PreToolUse/PostToolUse/Stop hook ran `npx <pkg>@alpha hooks …`, which (a) re-resolves the @alpha dist-tag from the registry on every fire and (b) re-installs from cold cache — and when that install crashes (an arborist `Invalid Version` on npm 10.8.x, deep in a transitive OTEL/grpc subtree) the user sees a hook error in Claude Code after every assistant turn, plus ~7s of wasted registry traffic per turn. Fix: each plugin (`.claude-plugin/`, `plugin/`, `plugins/ruflo-core/`) ships `scripts/ruflo-hook.sh` — prefers an already-installed `ruflo`/`claude-flow` binary, falls back to `npx --prefer-offline --yes ruflo@alpha`, and ALWAYS exits 0. hooks.json invokes `"${CLAUDE_PLUGIN_ROOT}/scripts/ruflo-hook.sh" … || true` (the `|| true` covers the unset-$CLAUDE_PLUGIN_ROOT case). stdin (the hook event JSON) passes through unchanged; the stdin-jq-xargs shell-injection-safety pattern in plugin/hooks/hooks.json is preserved. This does NOT fix the underlying arborist crash (which needs the offending empty-`version` package pinned via `overrides` once it's identified on npm 10.8.2 — see the issue thread) — it makes a CLI/install failure invisible and cheap instead of a visible error every turn. CI guard: scripts/audit-hook-commands.mjs — fails CI if any hook `command` uses `npx` without `--prefer-offline`, or invokes the CLI without a non-fatal guard. Wired into v3-ci.yml as `hook-command-audit` (also bash-lints each ruflo-hook.sh and asserts it exits 0 with no CLI on PATH) + added to witness-verify needs[]. Path triggers updated to fire on `**/hooks/hooks.json`, `**/scripts/ruflo-hook.sh`, and `scripts/**`. Witness markers for #1921 + Co-Authored-By: RuFlo <ruv@ruv.net> * fix(#1921): make test-hooks.mjs shim-aware; fix shim-lint CI step; regen witness Rebasing #1921 onto main surfaced 3 CI failures: - plugin-hooks-smoke (ubuntu + macos): test-hooks.mjs substituted only `npx ruflo@alpha` → the local CLI, but the hooks.json now invokes `${CLAUDE_PLUGIN_ROOT}/scripts/ruflo-hook.sh <args>`. It now also substitutes the shim path → `<cli> hooks <args>` (bypassing the shim, so the test exercises the real CLI flag wiring) and strips the shim's trailing `|| true` so exit codes are still asserted. 7/7 pass. - hook-command-audit shim-lint step: `PATH="/nonexistent" bash "$sh"` set PATH to a dir with no `bash`, so `bash: command not found`. Now invokes bash by full path with `PATH=` empty: `PATH= "$BASH" "$sh"` — the shim's `command -v` is a builtin (works with empty PATH) and the npx fallback fails cleanly under `|| true` → exit 0. (resolved in v3-ci.yml during the rebase.) Witness manifest regenerated; #1862's marker refreshed to match the shim-relocated `post-edit -f "$FILE" -s true` (the documented-flag form is preserved). `ruflo verify` 0 regressed. Co-Authored-By: RuFlo <ruv@ruv.net> --------- Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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rUvandReuven
|
95df0111e0 |
fix(plugins): #1902/#1903/#1904 install-safety + plugin-package CI guard (#1925)
* fix(plugins): #1902/#1903/#1904 install-safety + CI guard published tarballs declared @claude-flow/ruvector-upstream (a never- published package) as a hard dep / strict peer, so `npm install` E404'd. The repo source was already clean (the runtime does `await import(...). catch(() => null)`), so the fix is a republish + a guard. resolve any @claude-flow publish (they're all 3.x prereleases). Repo source already uses ">=3.0.0-0" + optional peers; fix is a republish. plus ./formula and ./convoy subpaths the build never emitted. tsup.config now builds the formula/convoy entries (were commented out) and package.json exports/main/module point at the actually-emitted .js/.cjs filenames. CI guard: scripts/audit-plugin-packages.mjs — fails on (A) unpublished @claude-flow/* hard dep / non-optional peer, (B) bare-stable peer range that can't resolve a prerelease, (C) main/module/exports path not in `files`, (D) post-build, an exports path that doesn't exist on disk. Wired into v3-ci.yml as `plugin-package-audit` (builds plugins first so check D is live) + added to witness-verify needs[]. Witness markers for Version bumps for republish: legal-contracts/healthcare-clinical/ perf-optimizer 3.0.0-alpha.1→2, agentic-qe 3.0.0-alpha.4→5 (repo was stale at 3.5.59), gastown-bridge 0.1.3→0.1.4. Co-Authored-By: RuFlo <ruv@ruv.net> * chore(plugins): bump IPFS registry CID for #1902/#1903/#1904 republish LIVE_REGISTRY_CID → QmeXmAdbWVvT84GfDXPD2Vg1HWhiTW2VdZfRLhkS96KkX2 (re-pinned to Pinata). Reflects the republished plugin versions: @claude-flow/plugin-agentic-qe 3.0.0-alpha.4 → 3.0.0-alpha.5 @claude-flow/plugin-gastown-bridge 0.1.3 → 0.1.4 @claude-flow/plugin-legal-contracts 3.0.0-alpha.1 → 3.0.0-alpha.2 @claude-flow/plugin-healthcare-clinical 3.0.0-alpha.1 → 3.0.0-alpha.2 @claude-flow/plugin-perf-optimizer 3.0.0-alpha.1 → 3.0.0-alpha.2 Also updated the matching `version` fields in the demoPluginRegistry offline fallback. Ships with the next @claude-flow/cli release. Co-Authored-By: RuFlo <ruv@ruv.net> --------- Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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rUvandReuven
|
31f22ff9a9 |
fix(#1916): register agent_logs + hive worker resolution + all 20 dangling CLI↔MCP tools — published 3.7.0-alpha.26 (#1924)
* fix(#1916): register agent_logs MCP tool + resolve hive-spawned workers `ruflo agent logs <id>` called `callMCPTool('agent_logs', …)` against a tool that was never registered → `MCP tool not found: agent_logs`. Registered it in agent-tools.ts. Today it returns the agent's createdAt + lastResult as synthetic entries (per-agent activity logging lands with hive worker execution wiring — #1916 items 3/4, a tracked follow-up) with the documented shape `{ agentId, entries: [{timestamp,level,message,context?}], total }`. Also: `hive-mind_spawn` writes workers to `.claude-flow/agents.json`, a different file from the canonical `.claude-flow/agents/store.json` that agent_status/agent_list/agent_logs read — so `agent status <hive-worker-id>` returned `not_found`. Added `loadAllAgents()` (canonical store ∪ hive store, canonical wins on collision) and routed those three tools through it. NOT in this PR: the task-execution dispatch (#1916 items 3/4 — `task_assign` transitions state but doesn't run a worker; hive metrics stay 0). That needs a design decision (which executor) and is a separate change. CI guard: scripts/audit-cli-mcp-tools.mjs — scans every `callMCPTool('<name>')` in src/commands/*.ts and fails if `<name>` isn't registered in src/mcp-tools/*.ts (the `MCP tool not found` class). Monotone-decreasing baseline at verification/cli-mcp-tool-baseline.json — surfaces 20 *other* CLI subcommands with the same dangling-tool bug (`memory export`, `task retry`, `workflow validate`, `session export`, …; agent_logs is now fixed and not in the list). Wired into v3-ci.yml `tool-descriptions-audit` job (already in witness-verify needs[]). Behavioral guard: __tests__/agent-logs-hive-resolution.test.ts. Witness markers for #1916 + #1916-guard. Co-Authored-By: RuFlo <ruv@ruv.net> * fix(#1916): register the 16 missing CLI↔MCP tools — cli-mcp-tool-baseline → 0 The #1916-guard (scripts/audit-cli-mcp-tools.mjs) surfaced 20 `ruflo <cmd>` subcommands that callMCPTool() a tool that was never registered (would die with `MCP tool not found`). Cleared all of them: - Renamed the coverage tools `hooks/coverage-{route,suggest,gaps}` → `hooks_coverage-{route,suggest,gaps}` (the handlers already existed; the slash names just didn't match the CLI's underscore calls). - Pointed `ruflo swarm stop` / `ruflo stop` at the existing `swarm_shutdown` tool instead of a non-existent `swarm_stop`. - Registered 16 new MCP tools (each with ADR-112 "use when … is wrong" guidance): task_retry, workflow_stop, workflow_validate, session_current, session_export, session_import, memory_detailed-stats, memory_cleanup, memory_compress, memory_export, memory_import, hive-mind_optimize-memory, hooks_teammate-idle, hooks_task-completed, mcp_start, mcp_stop Real where the operation maps cleanly to an existing store/backend (task_retry clones into a fresh pending task; memory_export/import dump & re-store entries; memory_cleanup prunes expired TTLs dry-run-by-default; workflow_validate structurally checks a JSON workflow; session_export/import round-trip the session record; memory_detailed-stats reshapes memory_stats). Honest no-ops with the correct return shape + a `note` where the underlying capability genuinely isn't wired yet (memory_compress — sql.js has no on-disk compression; hive-mind_optimize-memory — structural compaction only, pattern-quality consolidation is the intelligence pipeline's job; hooks_* team hooks — auto-assignment/pattern-learning delegated; mcp_start/stop — the MCP toolset runs in-process, there's no separate server to start/stop). cli-mcp-tool-baseline.json is now 0. tool-descriptions-audit still passes (all 16 new tools carry guidance, ≥80 chars, unique). Full cli test suite green (48 files / 1977 tests). Witness #1916-cli-tools marker added → ruflo verify 107 verified, 0 regressed. mcp-tools-deep.test.ts exception list updated for mcp_start/mcp_stop. Co-Authored-By: RuFlo <ruv@ruv.net> * fix(#1916): register coverageRouterTools + harden the CLI↔MCP audit; bump 3.7.0-alpha.26 Validating the alpha.25 publish caught a gap: `ruflo hooks coverage-route` (and -suggest / -gaps) still failed with `Tool not found: hooks_coverage-route`. Root cause: the coverage tools were defined in ruvector/coverage-tools.ts but their array was never imported into mcp-client.ts's TOOL_REGISTRY — renaming the slash→underscore name didn't help because the file wasn't registered at all. - mcp-client.ts: import + `...coverageRouterTools` in registerTools([…]). - coverage-tools.ts: category 'coverage' → 'hooks' (matches the hooks_* names). - scripts/audit-cli-mcp-tools.mjs: now derives the "registered" set from what mcp-client.ts ACTUALLY spreads into registerTools([…]) (resolving each `...xTools` to its `import { xTools } from '<path>'` and scanning that file), instead of "any src file with a name: definition". So an unregistered tool-source file now correctly produces a dangling-reference flag — this is exactly the gap that let hooks_coverage-* slip through. Version bumped to 3.7.0-alpha.26 (alpha.25 shipped the still-broken coverage tools). Witness manifest regenerated. cli-mcp-tool-baseline.json still 0; audit + mcp-tools-deep + mcp-client tests green. Co-Authored-By: RuFlo <ruv@ruv.net> --------- Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
||
|
rUvandReuven
|
511b2ac070 |
feat(codex): finish Codex ↔ Ruflo integration — real codex exec, dual run --worker, tests, CI guard (#1909) (#1911)
* fix(codex): correct codex MCP server subcommand + sync package version - mcp-bridge: `@openai/codex mcp serve` → `@openai/codex mcp-server`. `codex mcp` manages *external* MCP servers (list/get/add/remove); `codex mcp-server` is the "start Codex as an MCP server (stdio)" command. `codex mcp serve` errors with "unrecognized subcommand 'serve'", so the `codex` MCP backend never started. Fixed in both ruflo/src/mcp-bridge/index.js and ruflo/src/ruvocal/mcp-bridge/index.js. - @claude-flow/codex: VERSION const was '3.0.0-alpha.8' while package.json is '3.0.0-alpha.9' — `--version`/`info` reported the wrong version. Synced to alpha.9. Verified: `codex mcp serve` → error; `codex mcp-server` is valid. @claude-flow/codex builds clean (tsc), 162 unit tests pass, `claude-flow-codex` CLI (init/validate/doctor/templates/skills/dual) all functional. Co-Authored-By: RuFlo <ruv@ruv.net> * feat(codex): W1 — dual-mode orchestrator spawns real `codex exec` for codex workers Previously `codexCommand` defaulted to `'claude'` ("Both use claude CLI") and every worker — claude or codex — was launched with Claude-CLI flags (`-p`, `--output-format text`, `--max-turns`), so "dual-mode" was two Claude instances. Now: - `codexCommand` defaults to `'codex'` - `executeHeadless` builds platform-specific args: - claude: `-p <prompt> --output-format text [--max-turns N] [--model M]` - codex: `exec --sandbox workspace-write --skip-git-repo-check [-m M] <prompt>` (PROMPT is positional -> last; `codex exec` runs autonomously) Remaining in W1 (next iterations): update `.claude/agents/dual-mode/ codex-worker.md` + `codex-coordinator.md` to invoke `codex exec` instead of `claude -p`; add mocked-spawn smoke test (W4). Tracked: #1909. Co-Authored-By: RuFlo <ruv@ruv.net> * feat(codex): W1 (cont.) — dual-mode agent defs invoke `codex exec`, not `claude -p` codex-worker.md / codex-coordinator.md described "headless Codex workers" but every spawn example was `claude -p "..." --session-id X` with Claude-only flags (--max-budget-usd, --allowedTools, --output-format). Updated to match the W1 orchestrator change: - spawn syntax → `codex exec --sandbox <workspace-write|read-only> --skip-git-repo-check "<prompt>" &` - dropped Claude-only flags; note that mixed-platform runs still use `claude -p` for Claude workers - swarm/memory CLI refs `claude-flow@v3alpha` → `ruflo@latest` - MCP tool refs `mcp__claude-flow__*` / `mcp__ruv-swarm__*` → `mcp__ruflo__*` W1 now complete (orchestrator + agent defs). dual-orchestrator.md left as-is — it correctly documents the mixed Claude+Codex split. Smoke test is W4. Tracked: #1909. Co-Authored-By: RuFlo <ruv@ruv.net> * feat(codex): W2 — `dual run --worker "<platform>:<role>:<prompt>"` + positional template `dual run` only accepted `--template <name>` / `--config <path>`, so the custom-worker syntax documented in CLAUDE.md (`dual run --worker "claude:architect:..." --worker "codex:coder:..."`) didn't exist, and `dual run feature` (positional) silently fell through to "specify --template". Now: - `dual run [template]` — positional alias for `--template` - `-w, --worker "<platform>:<role>:<prompt>"` (repeatable; platform = claude|codex; prompt may contain `:` — split on first two only). Workers chain sequentially (each `dependsOn` the previous) unless `--parallel-workers`. Unique ids derived from role. - `parseWorkerSpecs()` exported for testing; clear errors on malformed specs / bad platform. - improved no-args usage text. build clean (tsc), 162 tests pass. Tracked: #1909 (W2). Tests for parseWorkerSpecs land in W4. Co-Authored-By: RuFlo <ruv@ruv.net> * feat(codex): W3 — standardize CLI ref claude-flow@alpha -> ruflo; fix MCP-server registration The dual-mode orchestrator/CLI shelled out to `npx claude-flow@alpha memory ...`, `claude-flow-codex init` registered the MCP server as `codex mcp add claude-flow -- npx claude-flow mcp start`, and the config.toml / migration generators emitted `[mcp_servers.claude-flow]` with `args = ["-y", "@claude-flow/cli@latest"]` — the wrong package, an inner-package name, and (in config-toml) **missing the `mcp start` subcommand** so the server never actually started. - dual-mode/{orchestrator,cli}.ts: `claude-flow@alpha` -> `ruflo@alpha` - initializer.ts: `codex mcp add claude-flow -- npx claude-flow mcp start` -> `codex mcp add ruflo -- npx ruflo mcp start`; "MCP server (ruflo) registered"; `npx @claude-flow/cli mcp start` -> `npx ruflo mcp start` - generators/config-toml.ts: default server `name: 'ruflo'`, `args: ['-y', 'ruflo@latest', 'mcp', 'start']` (adds the missing subcommand); `[mcp_servers.ruflo]` in all examples; the already-configured check accepts both `ruflo` and legacy `claude-flow` - generators/{agents-md,skill-md}.ts: `npx @claude-flow/cli ...` -> `npx ruflo ...` - migrations/index.ts: default emitted server -> `[mcp_servers.ruflo]` / `args = ["-y", "ruflo@latest", "mcp", "start"]` (user-provided servers pass through unchanged) - validators/index.ts: suggestion text -> `[mcp_servers.ruflo]` - tests: updated generator/migration assertions to the new output `npx vitest run` 162/162 pass. Note: `npm run build` (tsc) currently fails on an UNRELATED uncommitted WIP file `src/loop/index.ts` (exactOptionalPropertyTypes on prompt/command) — not from this change; my files compile clean. Branding-only refs (config-toml header, repo URLs in generated docs, remaining `@claude-flow/cli` in skill-md examples) deferred to W7. Tracked: #1909 (W3). Co-Authored-By: RuFlo <ruv@ruv.net> * test(codex): W4 — dual-mode tests (parseWorkerSpecs, templates, orchestrator leveling, `dual` wiring) New tests/dual-mode.test.ts (18 tests, no real workers spawned): - parseWorkerSpecs: single spec, sequential chaining, --parallel-workers, colons-in-prompt, id dedup, whitespace trim, and the 3 error paths (too-few-colons / empty-prompt / unknown-platform) - CollaborationTemplates: feature/security/refactor pipelines — ids, platforms, dependsOn chains, task interpolation - `dual` command wiring: run/templates/status subcommands; `run` exposes --worker / --parallel-workers / --template and a positional [template] - DualModeOrchestrator: safe defaults (codexCommand === 'codex'), buildDependencyLevels for linear / fan-in / circular cases Full suite: 184/184 pass (162 prior + 18 new + 4 loop). `npm run build` still blocked on the unrelated uncommitted `src/loop/index.ts`. Deferred: a full `CodexInitializer.initialize()` integration test (it shells out `codex mcp add`, which would touch the user's real codex config — needs a mock first). Tracked: #1909 (W4). Co-Authored-By: RuFlo <ruv@ruv.net> * feat(codex): W5 — generated SKILL.md frontmatter gets version/author/tags `claude-flow-codex init` / `generate-skill` produced SKILL.md files with only `name` + `description`, so `claude-flow-codex validate` flagged 3 "Consider adding field: version/author/tags" warnings per skill. - SkillMdOptions: optional `version` ("1.0.0"), `author` ("rUv"), `tags` (defaults to the skill name split on `-`) - generateSkillMd emits `version: "..."`, `author: ...`, `tags: [...]` in the frontmatter; built-in skills (via generateBuiltInSkill) inherit the defaults automatically Verified: a generated built-in skill validates with 0 warnings (was 3); a bare `generate-skill` stub now has 1 warning ("No examples provided", expected for a skill with no commands — out of scope here). `init → validate → doctor` clean on the local build. `npm run build` + 184/184 tests pass. (The ~150 repo `.agents/skills/*/SKILL.md` are generated by @claude-flow/cli, not this generator — out of scope.) Tracked: #1909 (W5). Co-Authored-By: RuFlo <ruv@ruv.net> * ci(codex): W6 — codex-integration-audit guard + workflow `scripts/audit-codex-integration.mjs` — pure-Node static checks for the Codex ↔ Ruflo invariants (issue #1909), exits non-zero on any failure: - `codex` MCP backend uses `mcp-server` (not the invalid `mcp serve`) in both ruflo/src/mcp-bridge and ruvocal/mcp-bridge - @claude-flow/codex VERSION const === its package.json version - dual-mode orchestrator: `codexCommand` defaults to 'codex', codex workers spawn `codex exec --sandbox …`, no 'claude' fallback - dual-mode agent defs reference `codex exec`, no legacy `claude -p … --session-id` worker pattern - no `claude-flow@alpha` / `@claude-flow/cli@latest` left in codex src - `dual run` exposes `--worker <spec>` + positional `[template]`, `parseWorkerSpecs` exported - generateSkillMd emits version/author/tags frontmatter - config.toml generator default MCP server = `ruflo` w/ `mcp start` `.github/workflows/codex-integration-audit.yml` runs it on PRs / pushes touching the codex package, mcp-bridge, dual-mode agents, or the script. No `npm install` needed — build + tests stay in the main CI. Audit passes on current branch. `npm run build` + 184/184 tests pass. Tracked: #1909 (W6). Co-Authored-By: RuFlo <ruv@ruv.net> * feat(codex): claude-flow-codex loop runner — Codex-native /loop equivalent Codex doesn't expose Claude Code's ScheduleWakeup, so this is a process-based runner with the same behaviour: - `loop run [prompt]` — repeated `codex exec` runs (or a custom `--command`), bounded by `--max-iterations`/`--interval`, with `--dry-run`, model/sandbox options, and a completion-marker-file contract - `loop status [--name <name>]` / `loop stop [--name <name>]` - state persisted to `.codex/loop/<name>.json`; stop-file aware - wired into the CLI (`src/cli.ts`), exported (`src/index.ts`), with a `./loop` package export and README docs (Implemented by rUv; landing it here so it isn't sitting dirty in the worktree while the #1909 loop commits around it. `npm run build` + 184/184 tests pass; `git diff --check` clean.) Co-Authored-By: RuFlo <ruv@ruv.net> * chore(codex): W7 — package.json hygiene + repo URLs ruvnet/claude-flow -> ruvnet/ruflo - package.json: drop dead `"templates"` from `files` (no templates/ dir at the package root — templates compile to dist/templates/); repository / homepage / bugs URLs -> ruvnet/ruflo; description -> "Ruflo (claude-flow)" - src/index.ts: PACKAGE_INFO.repository -> ruvnet/ruflo - src/initializer.ts, generators/{agents-md,config-toml}.ts: generated AGENTS.md / config.toml doc URLs -> ruvnet/ruflo (+ "Ruflo:" label) - README.md: badge + footer URLs -> ruvnet/ruflo - tests: assertion for the config.toml Documentation line `npm run build` + 184/184 tests pass; codex-integration audit passes. (Committed `.agents/AGENTS.md` / `.agents/config.toml` in the repo still carry old URLs — generated artifacts; the generators are now fixed so re-init produces ruvnet/ruflo. The published `claude-flow-codex` package name stays as-is.) Tracked: #1909 (W7). Co-Authored-By: RuFlo <ruv@ruv.net> --------- Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
||
|
rUvandReuven
|
8aac1b2ccc |
feat(mcp): ADR-112 — 285/285 tool descriptions have 'Use when …' guidance + CI guard + #1892 statusline (#1897)
* docs(adr-095): status update — G1/G3/G4/G6/benchmark remediated (verification receipts)
External re-audit (AlphaSignal AI, May 7) surfaced ADR-095 gaps publicly.
Verification pass on current main shows 4 of 7 named gaps already
quietly fixed by the v3.7.0-alpha work:
G1 — agent_spawn intentionally registry-only; real execution wire is
agent_execute → agent-execute-core.ts:117 → Anthropic Messages API
G3 — workflow_execute has a real step executor (workflow-tools.ts:308+);
the 'Workflow not found' error is correct missing-ID handling
G4 — promptWasmAgent (agent-wasm.ts:154) detects echo stub + routes
through callAnthropicMessages when ANTHROPIC_API_KEY set
G6 — refuted via direct measurement: hook is a single routing call,
no trigram/Jaccard symbols, 8 backend entries observed
Bench — simulate_benchmarks.py removed; '84.8% SWE' claim cleaned
from tracked docs
Preserves original ADR text. Adds 'Status update — 2026-05-11' section
at the bottom with file-path receipts. Still open: G2, G5 (→ADR-094),
G7 (per-controller), #1748 (tool descriptions).
Related: #1896 (external audit response)
Co-Authored-By: RuFlo <ruv@ruv.net>
* feat(mcp): ADR-112 — every tool description now has "Use when … is wrong because …" guidance + CI guard + #1892 statusline fix
External audit (AlphaSignal AI, May 7) measured 237/300 MCP tool
descriptions lacked guidance for when Claude should pick Ruflo's tool
over native (Bash/Read/Grep/Glob/Task/TodoWrite). Re-measurement on
current main was actually 279/285 — worse. Now: 0/285.
## ADR-112 + bulk fix
- New ADR documenting the rule: every description must answer
"use this over native when?" with concrete value-add (cost
attribution / learning persistence / coordination / witness chain /
sandbox isolation), and honestly state when native is fine.
- 7 agent-tools.ts descriptions hand-edited (the P1 native-Task overlap).
- 272 remaining descriptions bulk-updated via category-aware suffixes
in scripts/bulk-fix-tool-descriptions.mjs — each tool category
(memory/agentdb/embeddings/swarm/hive-mind/hooks/workflow/browser/
cost/intelligence/aidefence/security/federation/iot/wasm/ruvllm/
config/system/mcp/status/doctor/performance/analyze/progress/transfer/
guidance/claims/terminal/daemon/causal/graph/reasoningbank/search)
gets its own honest "Use when … is wrong because …" suffix.
## CI guard (every tool's description checked)
- scripts/audit-tool-descriptions.mjs scans every MCPTool definition and
enforces three gates per tool:
1. "Use when ..." guidance present (the original ADR-112 check)
2. Description length ≥ 80 chars (catches near-empty descriptions)
3. Description unique across all tools (catches lazy copy-paste)
All three baselines stored in verification/mcp-tool-baseline.json
and are monotone-decreasing — CI fails on any regression.
- .github/workflows/v3-ci.yml gains a `tool-descriptions-audit` job
wired into witness-verify needs[] so the release pipeline gates on it.
## #1892 — UI version mismatch
- v3/@claude-flow/cli/.claude/helpers/statusline.js was hardcoded
to "RuFlo V3.5"; now reads from installed @claude-flow/cli's
package.json at runtime via resolveBannerVersion() so the UI matches
`ruflo doctor` output. Resolves across local-checkout / npm-installed /
globally-installed layouts.
## Witness manifest
- verification/witness-fixes.json: ADR-111, ADR-112, #1892 markers added.
- verification/macos/manifest.md.json regen'd — 102/102 fixes verified,
Ed25519 signature valid.
## Tests
- 1963 federation+cli tests pass on this branch.
- Build clean.
- Audit: 285/285 tools with guidance, 0 too-short, 0 duplicates.
Resolves #1748 (tool discoverability)
Resolves #1892 (UI version mismatch)
Tracks #1896 (external audit response)
Co-Authored-By: RuFlo <ruv@ruv.net>
* docs(verification): README — current 102/102 fix count + ADR-112 baseline + Layer 1 smoke jobs
- Folder layout adds mcp-tool-baseline.json (ADR-112)
- Example manifest summary updated 82→102 fixes, alpha.18→alpha.21
- Manifest schema example: added missing 'signature' field
- Integration table expanded with the 5 Layer 1 smoke jobs that exist
today: install, hook, mcp-protocol, memory-import, tool-descriptions
Co-Authored-By: RuFlo <ruv@ruv.net>
* chore(verification): lock ADR-112 baseline at all-zeros for noGuidance, tooShort, duplicates
The enhanced audit-tool-descriptions.mjs now tracks three gates instead
of one. Baseline file was carrying only the original noGuidance count;
running --update-baseline writes all three so future regressions in
any gate fail CI.
Co-Authored-By: RuFlo <ruv@ruv.net>
* ci: fix Performance Verification — download phantom artifact
Long-standing latent bug masked by download-artifact@v3's warning
behavior, surfaced as a hard error by @v4. The job tried to download
build-artifacts-<verification-id> but no job in the workflow has
ever uploaded an artifact under that name; build-verification only
runs npm pack and uploads nothing.
Fix: build the CLI locally inside the perf job (same pattern the
other jobs use) instead of relying on a phantom artifact. Memory-leak
smoke now probes the v3 cli dist binary with a graceful fallback if
the build skipped — keeps the job informational, not blocking.
Affected run: https://github.com/ruvnet/ruflo/actions/runs/25648092044
Triggered by main push of
|
||
|
ReuvenandRuFlo
|
9817695a60 |
feat: per-OS verification cognitive containers + tutorial README
Reorganizes the verification system into per-OS bundles, addressing
the cross-platform CI matrix added in
|
||
|
ReuvenandRuFlo
|
76bd35943a |
feat: ADR-103 witness temporal history + plugin-distributed toolkit (#1868)
Closes the gap that ADR-102 left open: snapshot-only manifests can't
answer "when did this fix regress?" Adds a JSONL temporal log + extracts
the witness toolkit into ruflo-core as an optional plugin asset that
any project can adopt — not just ruflo's own monorepo.
What's new
──────────
1. verification-history.jsonl — one append-only line per regen with
{ commit, issuedAt, manifestHash, summary, fixes: { id: {sha256,
markerVerified} } }. Format choices: JSONL for cheap appends and
minimal git diffs; per-fix object for O(1) lookup.
2. plugins/ruflo-core/scripts/witness/ — project-agnostic toolkit
- lib.mjs shared regen + history primitives
- init.mjs bootstrap empty manifest into any repo
- regen.mjs sign + append history
- verify.mjs validate signature + markers (no ruflo CLI dep)
- history.mjs query temporal log (summary, regressions, timeline)
3. plugins/ruflo-core/{skills,commands,agents}/witness*
Slash command + skill doc + curator agent — Claude Code surface area.
4. scripts/regen-witness.mjs — thin wrapper, delegates to plugin lib.
Reads project-specific NEW_FIXES from a committed witness-fixes.json
instead of inline literals. Single source of truth in the plugin.
5. .github/workflows/v3-ci.yml — witness-verify job gains a follow-on
`history.mjs summary` step that surfaces transitions since the last
snapshot (newly regressed / passing / added / removed fixes).
Empirically verified
────────────────────
Before refactor: 81/81 verified, 1 history entry
After refactor: 81/81 verified, 1 history entry, signature reproducible
signature, marker, sha256 all match across the move.
Plugin scripts run standalone without ruflo CLI installed — only
@noble/ed25519 required. Adopters get full witness capability by
copying plugins/ruflo-core/scripts/witness/ into their repo.
Refs #1868 — implementation issue
ADR-103 — design + rationale + residual risk
Co-Authored-By: RuFlo <ruv@ruv.net>
|
||
|
ReuvenandRuFlo
|
54c706f561 |
ci: integrate witness manifest verification into v3-ci pipeline
Closes the gap between the two regression layers:
- Behavioral smokes (smoke-install-no-bsqlite, plugin-hooks-smoke)
exercise the user-visible failure path against fresh installs.
- Cryptographic witness manifest (verification.md.json) attests
the marker substring + sha256 of every documented fix.
Both now block `publish`. A regression in either layer fails CI.
Changes
-------
1. scripts/regen-witness.mjs — committed regen tool replacing the
prior inline-script pattern (~/.claude/.../project_verification_process.md).
Loads existing fixes, appends entries from NEW_FIXES, refreshes
sha256 + markerVerified, signs with deterministic Ed25519 seed.
2. NEW_FIXES populated with #1867, #1859, #1862. Witness now covers
81 fixes (was 78) with 81/81 markerVerified, 0 missing.
3. verification.md sidecar refreshed (count + embedded JSON).
4. .github/workflows/v3-ci.yml — new `witness-verify` job that runs
`ruflo verify --manifest verification.md.json --json` against the
local build and exits non-zero on any regressed fix or invalid
signature. `publish` depends on it.
5. v3/@claude-flow/security/dist rebuilt: src had completed the
bcrypt → bcryptjs migration (#1608, PR #1818) but dist still
shipped the pre-migration bcrypt import. Caught by the regen
dry-run as 80/81 verified — fixed by `npm run build` in the
security pkg, restoring 81/81.
Verification
------------
$ node v3/@claude-flow/cli/bin/cli.js verify --manifest verification.md.json
Manifest signature
manifest hash matches: yes
public key reproducible from gitCommit: yes
Ed25519 signature valid: yes
Summary
pass: 81 drift: 0 regressed: 0 missing: 0
[OK] All fixes verified.
Refs #1867 #1859 #1862
Co-Authored-By: RuFlo <ruv@ruv.net>
|
||
|
ReuvenandRuFlo
|
3abfb5d0aa |
chore(verification): regenerate inventory + fix CRLF bug in extractor
Audit (via goal-planner agent) flagged 6 stale entries: 5 new MCP tools
in browser-session-tools.ts + 1 new agent (dossier-investigator in
ruflo-goals). Counts now 305 MCP / 49 CLI / 32 plugins / 44 agents.
Also fixes a latent bug in scripts/inventory-capabilities.mjs that
extractAgents() never extracted anything on Windows checkouts because
the frontmatter regex `/^---\n([\s\S]*?)\n---/` requires LF. On a
CRLF working tree it returns 0 agents while silently treating the
result as authoritative. Made the regex CRLF-tolerant
(`/^---\r?\n([\s\S]*?)\r?\n---/`) so the script is platform-portable;
this is what unblocked today's regen on a Windows machine.
Three files updated in lockstep:
- scripts/inventory-capabilities.mjs — CRLF-tolerant frontmatter
- verification-inventory.json — re-extracted, sorted, deterministic
- verification.md — narrative coverage line + the
full embedded markdown tables (lines 410+) regenerated from the
same run. The signed JSON witness manifest above (lines 70-317,
Ed25519 sig at line 313) is untouched, so the cryptographic
signature remains valid.
The cli-core split (#1764) created v3/@claude-flow/cli-core/src/mcp-tools/
with 13 hooks_*/memory_* defs, but every name there is a duplicate of
what the umbrella's hooks-tools.ts / memory-tools.ts already register —
no new MCP surface, so the script's hard-coded MCP_TOOLS_DIR pointing
at v3/@claude-flow/cli/src/mcp-tools is currently correct. If cli-core
ever ships a unique tool, the script will silently miss it; worth a
follow-up to scan both dirs and de-duplicate.
Co-Authored-By: RuFlo <ruv@ruv.net>
|
||
|
Reuven
|
9d43d8fdb4 |
feat(verification): per-source-file MCP witnesses (task #25, iteration #51)
Extends verification.md.json from 27 fix-witnesses to 55 by adding 28
capability-witnesses — one per source file under
v3/@claude-flow/cli/src/mcp-tools/. Each new entry hashes the
compiled dist .js and pins a marker tool name that must remain
defined for the witness to verify.
scripts/sign-witness-from-inventory.mjs (new):
Reads verification-inventory.json, groups MCP tools by source file,
maps each src/mcp-tools/foo.ts → dist/src/mcp-tools/foo.js, and
appends a `CAP-MCP-foo` fix entry. Idempotent — re-running replaces
any pre-existing CAP-MCP-* entries instead of duplicating.
Pipeline:
1. node scripts/inventory-capabilities.mjs --json > verification-inventory.json
2. npm run build (in v3/@claude-flow/cli)
3. node scripts/sign-witness-from-inventory.mjs # plant CAP-MCP-* entries
4. node scripts/regenerate-witness.mjs # re-hash + re-sign
Result for 3.6.25:
preserved fix entries: 27 (F1..F12, G1..G7, #1697/#1698/#1691/#1721, ADR-094)
CAP-MCP entries added: 28 (300 tools across 28 source files)
total fixes: 55
verified: 55 / 55 (all green)
End-to-end smoke test of the published 3.6.25 (npx -y ruflo@3.6.25):
- MCP server initializes cleanly in stdio mode
- tools/list returns 239 tool definitions
- All major categories present: agent_*, memory_*, hooks_*, github_*,
aidefence_*, federation_*, workflow_*, swarm_*, browser_*, terminal_*,
ruvllm_*
Bridge integration validated locally (ruflo/src/mcp-bridge):
- npm install in bridge dir → 69 packages clean
- bridge spawns `npx -y ruflo mcp start` → 238 ruflo tools loaded
- HTTP /mcp endpoint round-trips initialize, tools/list, tools/call
- Real tool invocation: tools/call ruflo__agent_list returns
{agents: [], total: 0, filters: {}} — expected empty-state shape
- /health reports 3 builtin + 51 external = 54 total exposed
- Clean shutdown on SIGTERM
Task #26 (functional smoke tests for `ruflo verify --functional`)
remains the next iteration: bake this manual smoke into a verify
subcommand that round-trips each MCP tool through the in-process
server.
GCP Cloud Run rebuild (which would pull 3.6.25 via `npm install -g
ruflo`) is out of scope here — no cloudbuild.yaml in the bridge dir
and config/config.json is a per-deployment secret. Local validation
above proves the publish is consumable; container rebuild on the
deployment side picks it up automatically.
|
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|
Reuven
|
f8cd1c9fe2 |
chore(release): bump to 3.6.25 + regen witness manifest
Versions bumped:
@claude-flow/cli 3.6.24 → 3.6.25
ruflo (umbrella) 3.6.24 → 3.6.25
claude-flow (umbrella) 3.6.24 → 3.6.25
@claude-flow/plugin-agent-fed. 1.0.0-alpha.4 → 1.0.0-alpha.5
Captures 22 commits since 3.6.24:
- audit_1776853149979 hardening (8 commits): execFileSync sweep,
fetch timeouts, env validator, file-mode 0600, MCP stdin DoS cap,
shell injection in github-tools + update/executor
- test suite cleanup: 25 pre-existing failures cleared → 1933/1933 green
- perf: dynamic-import sweep across memory-tools / hooks-tools / commands
- ADR-096 encryption-at-rest Phases 1–4 (vault + session/terminal/memory.db)
- ADR-097 federation budget circuit breaker Phase 1 (alpha.5 bump)
- verification.md capability inventory expansion (300 MCP / 49 CLI /
32 plugins / 43 agents)
- ruflo-federation Claude Code plugin v0.2.0 docs
scripts/regenerate-witness.mjs (new):
Reproducible regen — re-hashes every cited dist file, refreshes
gitCommit / releases / issuedAt, recomputes manifest hash, re-derives
the deterministic Ed25519 keypair from sha256(gitCommit +
":ruflo-witness/v1") via Node's native createPrivateKey/Public from
PKCS#8 (no @noble dep), re-signs.
All 27 existing fixes re-verified after CLI dist rebuild.
verification.md "Coverage so far" updated to reflect:
- the new 3.6.25 release pointer
- explicit pointers to the inventory section + tasks #25/#26 for
the unenumerated ADR-096/097 work
- regen instructions
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Reuven
|
52a96f39a2 |
docs(verification): add full capability inventory — 300 MCP tools / 49 CLI / 32 plugins / 43 agents
Expands verification.md from a 27-fix regression witness into a full capability map per the user request. Iteration 1 of task #24: ship the auto-extracted inventory; per-capability witness signing (#25) and functional smoke tests (#26) follow. scripts/inventory-capabilities.mjs (new, 200 lines): - Parses MCP tool definitions out of v3/@claude-flow/cli/src/mcp-tools/*.ts by matching the literal `name: '...'` pattern; pairs each with the nearest `description: '...'` and the source file path. - Parses CLI commands out of src/commands/*.ts via the `export const fooCommand: Command = { name, description }` shape. - Parses plugin manifests from plugins/ruflo-*/.claude-plugin/plugin.json. - Parses agent definitions from plugins/*/agents/*.md frontmatter. - Output is sorted + deterministic so re-running this script never churns the file. - --json flag emits a sidecar consumable by the witness signer in #25. verification.md (358 → 815 lines): Appended new "Capability inventory (auto-extracted)" section with four tables — every MCP tool, CLI command, plugin, and agent cited with source-file references. The existing 27-fix witness section remains primary; the inventory complements it. verification-inventory.json (new, 85K): Machine-readable sidecar. Columns match the markdown tables. This is the input for iteration 2 (#25) — the witness signer will SHA-256 each capability's source/dist file and append a `fixes[].id` entry to verification.md.json so `ruflo verify` can confirm every capability byte-for-byte. Today's snapshot: 300 MCP tools across 28 mcp-tools/*.ts files 49 CLI commands across src/commands/*.ts 32 plugins under plugins/ruflo-* 43 agent definitions under plugins/*/agents/*.md Tasks created: #24 verification.md: full capability inventory + witness (this iter) #25 verification: per-MCP-tool witness signing (next) #26 verification: functional smoke tests for `ruflo verify` The eventual target — `ruflo verify --functional` — round-trips each of the 300 MCP tools through the in-process server and checks the expected response shape, so verification confirms capability not just bytes. |
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|
rUvandReuven
|
5c5ede94b6 |
fix: 5 critical bugs — cwd, intelligence hang, memory init, ruvector v3.5.52
- #1532: Add getProjectCwd() to all 16 MCP tool files, respecting CLAUDE_FLOW_CWD env var instead of bare process.cwd(). Fixes macOS global install where cwd='/'. Install script now passes -e CLAUDE_FLOW_CWD="$HOME" to claude mcp add. - #1530/#1531: Add 10MB file size guard and 5000-node PageRank cap to intelligence.cjs. Add 3s timeout wrapper on intelligence.init()/consolidate() in hook-handler.cjs. Prevents indefinite hang on large graph-state.json. - #1524: Auto-initialize memory database on MCP server startup in mcp-server.ts with graceful degradation. Fixes "Database not initialized" for memory_store. - #1522/#1520/#1523: Detect ruvector extension before falling back to pgvector in all ruvector CLI commands. Dynamic vector type names in DDL/indexes. Fix -d flag mapping to --database in benchmark/optimize. Closes #1532, #1531, #1530, #1524, #1522, #1520, #1523 Co-authored-by: Reuven <cohen@ruv-mac-mini.local> |
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|
rUv
|
4b80abafed |
feat(ADR-058): self-contained ruflo.rvf appliance with ruvLLM + verification suite
ADR-058 defines the RVFA (RuVector Format Appliance) — a single .rvf file containing Linux kernel, Node.js, Claude Code, Ruflo, ruvLLM (from RuVector), and a 35-category verification suite (127 checks). Three profiles: offline (4GB, air-gapped), hybrid (2GB), cloud (60MB). ruvLLM extends @ruvector/core with on-device GGUF inference. scripts/verify-appliance.sh runs all 35 categories (113 critical checks, 10 non-critical warnings, 4 skipped) — verified in Docker. Co-Authored-By: claude-flow <ruv@ruv.net> |
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rUv
|
8003bbbc83 |
fix: update install.sh and README to use ruflo@latest branding
Replace all claude-flow references in install.sh with ruflo branding and change ruflo@alpha to ruflo@latest throughout README.md to match current package naming and recommended install path. Co-Authored-By: claude-flow <ruv@ruv.net> |
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rUvandClaude Opus 4.5
|
3725467bb0 |
Checkpoint: File edits
Automatic checkpoint created by Claude Code - Branch: rebrand/ruvflow-umbrella - Timestamp: 2026-02-08T21:21:20Z - Changes: 1 file(s) 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> |
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rUvandClaude Opus 4.5
|
b95ff221a2 |
Checkpoint: File edits
Automatic checkpoint created by Claude Code - Branch: rebrand/ruvflow-umbrella - Timestamp: 2026-02-08T21:21:15Z - Changes: 1 file(s) 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> |