release: v10.0.0-rc.11 integration branch#680
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PR 2/4 of the async-promote-queue series. Builds on PR #1 (the TripleStoreAsyncPromoteQueue library merged in feat/async-promote-queue-lib) by exposing the queue to user code via two layers: 1. Agent surface (packages/agent/src/dkg-agent.ts): - Lazy `agent.promoteQueue` accessor — single shared TripleStoreAsyncPromoteQueue instance, constructed on first use against `agent.store`. The control graph (urn:dkg:promote-queue:control-plane) lives in the same triple store as everything else, so the queue survives daemon restarts. - 5 new methods on `agent.assertion`: promoteAsync(cgId, name, opts) → { jobId } getPromoteAsyncStatus(jobId) → PromoteJob | null listPromoteAsyncJobs(filter?) → PromoteJob[] cancelPromoteAsync(jobId) recoverPromoteAsync(jobId) - `agent.configurePromoteQueue(config)` for tests / future daemon config plumbing — must be called before first access. Note: the worker-side surface (claimNext / heartbeat / succeed / fail / recordCommitMarker / recoverOnStartup) is NOT exposed on `agent.assertion` to keep user-facing callers from accidentally driving the lifecycle. PR #3's worker reaches in via `agent.promoteQueue` directly. 2. HTTP routes (packages/cli/src/daemon/routes/assertion.ts): - POST /api/assertion/:name/promote-async → 202 { jobId, state } - GET /api/assertion/promote-async → list, scoped by contextGraphId / state - GET /api/assertion/promote-async/:jobId → single job or 404 - DELETE /api/assertion/promote-async/:jobId → cancel; 409 if running - POST /api/assertion/promote-async/:jobId/recover → requeue; 409 if not failed All share the SMALL_BODY_BYTES (256 KB) cap, per RFC §3.1. Routing precedence: the collection GET (`/promote-async`) is checked before the per-job GET (`/promote-async/:jobId`) so the list route isn't claimed by the per-job handler — and the per-job GET filters out `/recover`-suffixed paths so the recover POST keeps its place. 3. Tests (packages/cli/test/promote-async-routes.test.ts, +19): Mirror import-artifact-routes.test.ts pattern: real HTTP server, real TripleStoreAsyncPromoteQueue backed by OxigraphStore, mock agent whose assertion subsurface delegates to the queue. Tests exercise the wire contract AND the queue invariants end-to-end: - happy path enqueue + 202 response - duplicate enqueue returns 409 with existingJobId - missing/invalid params return 400 - explicit entities list round-trips - GET status, list (incl. ?contextGraphId / ?state / ?limit), 400 on garbage filter values - DELETE happy path + 409 on running job + 404 on missing - POST .../recover happy path + 409 + 404 - routing precedence assertion (list vs per-job) All 19 pass. Verification: publisher tests: 32 passed (PR #1's queue invariants) cli routes tests: 19 passed (PR #2's wire contract) tsc clean across packages/{agent,cli,publisher,storage} No behavioural impact on existing callers — every change is additive. The actual worker that drains the queue lands in PR #3; until then, enqueue/list/cancel/recover all work but `running` is unreachable. Co-authored-by: Cursor <cursoragent@cursor.com>
`nodeRole: 'core'` is purely self-declared today. A node can advertise itself
as a Core relay and immediately fail at the job because none of its bound
interfaces are reachable from the public internet. beacon-01 in the
v10.0.0-rc.10 incident was the canonical case: it bound only to its Tailscale
CGNAT address (100.99.142.87) and could not have functioned as a relay
regardless of slot state. The network had no way to detect this — the node
just silently failed to serve traffic.
This PR adds a boot-time check that runs after agent.start() (post libp2p
wildcard resolution) and surfaces a structured `[CORE-PREREQ]` log if a Core
node's actually-bound multiaddrs all classify as non-routable (loopback /
RFC1918 / CGNAT / IPv6 ULA / link-local) and no `announceAddresses` rescue
the verdict.
Implementation:
- packages/cli/src/daemon/core-prereq-check.ts (new): pure-logic classifier
module. Exports `classifyMultiaddr(addr, hostInterfaces)` + the main
`checkCoreRelayPrereqs(opts)` function returning a structured
`CorePrereqResult { publicListenAddresses, nonRoutableAddresses,
looksDegraded, reasons }`. No I/O — callers inject `os.networkInterfaces()`
output. 11 address classes (public, rfc1918, cgnat, loopback, linkLocal,
ulaIpv6, dns, multicast, wildcardNoPublicInterface, unknown, plus the
best-class-across-interfaces resolver for /ip4/0.0.0.0 and /ip6/::).
- packages/cli/src/daemon/lifecycle.ts: wires the check after agent.start()
using `agent.node.libp2p.getMultiaddrs()` as the authoritative listenAddress
source (post wildcard expansion). Defensive — wrapped in try/catch so a
classifier crash never blocks the boot.
- packages/cli/src/config.ts: new `core?: { allowDegradedRelay?: boolean }`
field. Default true (warn-only — zero backcompat impact). Operators set
false to get refuse-to-boot semantics via shutdown(1).
- packages/cli/src/daemon.ts: barrel re-export.
Behaviour:
- Default config: degraded Core nodes log `[CORE-PREREQ] WARNING: this Core
node looks degraded as a relay. reasons: ...; non-routable addresses: ...`.
Boot continues. No existing operator's behaviour changes.
- Healthy Core nodes log `[CORE-PREREQ] OK: N public-class listen addresses
bound.` — positive confirmation, easy to grep.
- Edge nodes skip the verdict entirely (looksDegraded === false for edges).
- Set `core.allowDegradedRelay: false` in ~/.dkg/config.json to switch to
refuse-to-boot mode.
Tests (packages/cli/test/core-prereq-check.test.ts, 40 cases):
- Per-class smoke matrix via it.each: all 11 classes, including the
100.63.x.x / 100.128.x.x edge cases that look like CGNAT but are NOT in
the 100.64.0.0/10 range; multicast for both v4 and v6; the various IPv6
prefix patterns (loopback ::1, fe80:: link-local, fc00::/fd00:: ULA, ff::
multicast, 2001:db8:: documentation-as-public).
- Wildcard delegation: 0.0.0.0 + public interface, + dual-homed
(public+rfc1918), + only-rfc1918, + only-loopback (internal:true skipped),
+ no interfaces, + only-CGNAT (the beacon-01-if-it-used-0.0.0.0 case),
+ IPv6 :: with the same patterns.
- 7 canonical cases from the plan: beacon-01 Tailscale-only repro, 0.0.0.0
with public interface, 0.0.0.0 with only RFC1918, single public IP,
loopback-only, IPv6 ULA only, DNS-only listen + public announce rescue.
- Safety cases: edge node not flagged, empty listenAddresses surfaces
specific reason, mixed-class reason summary, announceAddresses-without-public
doesn't rescue, missing-announceAddresses hint surfaces.
vitest.unit.config.ts: added the new test to the unit config include list
so contributors run it via `pnpm test:unit` in ~3s instead of paying the
~2-minute hardhat-boot tax of the default config.
40/40 tests pass. tsc --noEmit clean.
Out of scope (deliberate split):
- Pre-start pass (classify configured listenAddresses + interfaces BEFORE
libp2p.start). Costs nothing functionally — the post-start data is
authoritative — and would surface the warning ~50ms earlier. Skip for
now to keep the PR scoped to one wiring point.
- AutoNAT-driven natStatus on top of the address classification. That's
PR-5 in the workstream (spike-first).
- Surfacing the result in /api/status. That's PR-4 in the workstream;
this PR's structured output is consumable by it.
- docs/operator/CORE_RELAY_PREREQS.md runbook referenced in the log
message. Doc PR follows independently; the runbook will explain how
to interpret each non-routable class and what to do.
Co-authored-by: Cursor <cursoragent@cursor.com>
Today /api/status surfaces connection counts, peer counts, version info, but
the relay-server is opaque to monitoring. Operators have to ssh into the box
and grep logs to know whether their Core is serving traffic, at saturation,
or unreachable from the network. beacon-01's silent zombie-relay state during
the v10.0.0-rc.10 incident went undetected for hours because nothing in the
HTTP API would have surfaced "this node holds 0 reservations" or "the
network can't reach this node".
This PR adds a `relay` block to /api/status with the same shape on every
node (edge and core) so monitoring parses one schema. Common alerts that
become trivial:
jq '.relay | select(.isCore and .reservationsHeld == .reservationCapacity)'
→ Core at saturation; grow the fleet.
jq '.relay | select(.isCore and .natStatus == "private")'
→ Core boots but the network can't reach it.
Implementation:
- packages/cli/src/daemon/relay-status-block.ts (new): pure
`buildRelayStatusBlock(opts)` helper. No transitive imports — testable
without standing up a daemon. Returns the uniform shape:
{
isCore, reservationsHeld, reservationCapacity, activeCircuits,
bytesIn, bytesOut, natStatus, listenAddresses, announcedAddresses,
}
- packages/cli/src/daemon/routes/status.ts: calls the helper. Replaces the
inline shape (which would have been duplicated in any future route that
surfaces relay info).
- packages/cli/src/daemon/state.ts: new `natStatus` field on daemonState
(defaults 'unknown'). Rendezvous slot for the planned AutoNAT-driven
boot self-probe to write into without the probe and the route having
to know about each other.
- packages/cli/src/daemon.ts: barrel re-export.
Schema choices worth flagging:
- `bytesIn` / `bytesOut` are stringified BigInt. `JSON.stringify` throws on
raw bigint, and `Number(b)` silently truncates past 2^53 — which a busy
long-uptime Core can reach in a few weeks. Stringification preserves
precision; consumers parse with `BigInt(s)` if they need arithmetic.
- Edge nodes get `reservationsHeld: 0` rather than null — semantically
truer (zero is "no held reservations", null would be "field not
applicable" and is misleading for edges).
- Every other role-irrelevant field on edge is `null` (capacity,
activeCircuits, bytesIn, bytesOut) so consumers don't have to type-switch.
Tests (packages/cli/test/relay-status-block.test.ts, 10 cases):
- Edge baseline (null relayStats → held=0, rest null).
- Edge listenAddresses + announceAddresses pass-through.
- Core with full RelayStats → all fields populated.
- isCore: true + relayStats: null (boot-race window: nodeRole says core
but relay server hasn't initialised yet).
- BigInt precision past Number.MAX_SAFE_INTEGER: assert toString
preserves + JSON round-trips losslessly.
- BigInt small values still stringified (uniform-type invariant).
- natStatus matrix (public, private, unknown).
- Key-set parity between edge and core responses (the one-schema invariant).
vitest.unit.config.ts: added the new test to the unit config so contributors
run it via `pnpm test:unit` in ~3s.
10/10 tests pass. tsc --noEmit clean.
Trimmed scope (vs the original plan):
- reservationsServed (lifetime cumulative), streamsServedTotal (lifetime),
streamsServedLast1h (rolling window), lastStreamServedAt (timestamp of
most-recently-served circuit) — none are currently tracked by
RelayMetricsAdapter, which only exposes current-state counters
(reservationCount, activeCircuits) and lifetime byte totals. Adding
the missing counters is a separate change in packages/core (touching
RelayMetricsAdapter + the libp2p metric trackProtocolStream hook) that
doesn't belong in this route-shape PR. The 4 missing fields can be
added to the block in a follow-up PR once the metrics exist; the
existing fields cover the primary alert use cases (saturation +
reachability + throughput rate).
Co-authored-by: Cursor <cursoragent@cursor.com>
…t path
Aderyn's L-17 detector flagged six ERC-721 mint sites that used `_mint`
instead of `_safeMint`. With `_mint`, NFTs sent to a contract recipient
that doesn't implement `IERC721Receiver` are silently locked forever.
With `_safeMint`, the mint reverts cleanly so callers can recover.
Sites fixed (every ERC-721 mint in the live contract surface):
* DKGStakingConvictionNFT.createConviction
* DKGStakingConvictionNFT.relock
* DKGStakingConvictionNFT.selfMigrateV8
* DKGStakingConvictionNFT._adminMigrateV8Single
* DKGPublishingConvictionNFT.createAccount
* ContextGraphStorage.createContextGraph
Why every site is also reordered (Checks-Effects-Interactions):
`_safeMint` calls `onERC721Received` on the recipient *before* any code
following the mint runs. A naive `_mint -> _safeMint` swap would expose
each function to a fresh reentrancy surface where the receiver could
re-enter the wrapper while the underlying stake / TRAC transfer / CG
state writes were still pending.
The fix is to make `_safeMint` the LAST state-changing call in every
function, so the receiver hook only ever observes a fully-consistent
post-state:
* Staking NFT mints: forward to `StakingV10.{stake,relock,
selfConvertToNFT,adminConvertToNFT}` first, then `_safeMint`. The
StakingV10 entry points are `onlyConvictionNFT`-gated and key off
`tokenId` directly, so they don't require the NFT to exist yet.
* `relock` additionally moves `_burn(oldTokenId)` to before the new
`_safeMint`, so the receiver hook sees the burn-mint as atomic.
* Publishing NFT mints: pull TRAC into the CSS vault first, then
`_safeMint` — the receiver can't act on an unfunded account.
* ContextGraph mints: populate the `_contextGraphs[id]` struct,
`_participantAgents[id]`, `_publishAuthorityAccountId[id]` and
`_contextGraphNameHash[id]` first, then `_safeMint` — the receiver
can't observe a half-built CG.
The `relock` doc comment is rewritten to spell out the new CEI order
and to correct a stale claim about why the old `_mint(newTokenId)`
preceded the StakingV10 forward (CSS's `createNewPositionFromExisting`
asserts `positions[newTokenId].identityId == 0`, which is a CSS-state
check, not an NFT-existence check).
No tests are affected: every existing test mints to an EOA, so the
`onERC721Received` codepath in `_safeMint` is never exercised. The
behavioural change only kicks in when an upstream caller passes a
contract recipient that doesn't implement the receiver interface,
which is exactly the regression class this fix is designed to catch.
Co-authored-by: Cursor <cursoragent@cursor.com>
Add a periodic TCP-connect probe in the dkg start supervisor loops (runDaemonSupervisor + runForegroundSupervisor) against the worker's API port. After 5 consecutive unresponsive ticks (~2.5 min at 30s tick / 5s per-probe budget) the supervisor SIGKILLs the worker and the existing exit-watcher respawns it. PR-1 (#655) caught the deadlocked-shutdown shape via a hard timeout in the shutdown handler. This catches the generic zombie shape — HTTP listener dead while the process remains alive — defense in depth. Why TCP-connect rather than HTTP: no auth token threading, no response parsing, no 404/405 special-casing. Cancellable via socket.destroy() on every outcome to avoid FD leaks over long uptimes. Self-throttling: a slow in-flight probe blocks the next tick instead of stacking, so a CPU-bound worker doesn't generate a probe storm. The watcher waits up to 10s for the worker to write ~/.dkg/api.port; headless workers (benchmarks, tests) that never bind a listener are silently skipped rather than false-positive-killed. Gated by DKG_SUPERVISOR_LIVENESS_PROBE (default on; off/0/false to disable; unknown values fail safe to enable). 24 unit tests cover: env-gate truth table (15 it.each cases), threshold tripping, counter reset on success, post-fire counter reset (prevents kill-respawn loops during slow respawn), stop() halting probes, no-pile-up under slow probes, healthy-probe quiet, and real node:net socket round-trips for probeWorkerAlive (accepts → true, closed-port → false, TEST-NET-1 hang → timeout false). Co-authored-by: Cursor <cursoragent@cursor.com>
PR #3 of the async-promote-queue series (stacked on #660). Drains the queue introduced in PR #1 and exposed in PR #2 by running N worker loops that: 1. recoverOnStartup() before polling — reclaim leases held by a previous boot whose workers crashed mid-promote. 2. setInterval(claimNext, 100ms) × workerConcurrency (default 4). 3. On claim → invoke agent.assertion.promote(...) under a background heartbeat that refreshes the lease every 60s. 4. On success → record all 4 commit-marker steps (single OUTER boundary marker per plan §7 strategy b) then succeed() and emit memoryGraphChanged. 5. On failure → classifyPromoteError(err) → fail() with classification {transient | cap_exceeded | fatal} and let the queue handle backoff + maxRetries. Error classification seeded from the rc.10 Graphify import patterns documented in INTEGRATION_NOTES_GRAPHIFY.md / FINDINGS_v2.md: - "Promoted assertion too large for gossip" → cap_exceeded - "Request body too large" → cap_exceeded - fetch failed / ECONNRESET / timeout → transient - anything else → fatal Shutdown semantics follow RFC §6.2: stop polling, wait up to shutdownTimeoutMs for in-flight promotes to complete, but DO NOT mark `running → queued` on shutdown — the lease will expire and the next boot's recoverOnStartup() decides what to do. Wiring into packages/cli/src/daemon/lifecycle.ts: - createPromoteWorkerSupervisor instantiated inside startPostApiPublishing (same hook used by the async-lift publisher runtime) so a recoverOnStartup hiccup never blocks boot. - Stopped inside shutdown() between publisherRuntime.stop() and agent.stop() so the underlying triple store is still open for the drain phase. Tests: - packages/cli/test/async-promote-worker.test.ts (21 new tests) - classifyPromoteError: 7 tests covering each rc.10 pattern - runPromoteJob: 8 tests for happy path, commit-marker bookkeeping, retry vs terminal failure, max-retries exhaustion, memoryGraphChanged emission gating, no-lease guard - createPromoteWorkerSupervisor: 6 tests for tickOnce, empty queue, multi-slot fanout, counter tracking, shutdown timeout preserves `running` state for next-boot recovery, recoverOnStartup integration - PR #1 (32 queue lib tests) + PR #2 (19 route tests) still green. Co-authored-by: Cursor <cursoragent@cursor.com>
One-shot conversion from git-checkout install (~/dkg-v9/ with .git, packages/, package.json) to the npm-pinned auto-update path. Lands the operator-facing piece that beacon-01 has been waiting for since the rc.10 deadlock incident. Correction vs the planning doc: the original plan said .git is the marker that flips isStandaloneInstall(). It is not. findPackageRepoDir walks for the marker pair package.json + packages/ together — the load-bearing rename is package.json, not .git. The script still renames .git as a cosmetic step (eliminates the "operator sees .git, runs git pull" confusion that was the original incident driver) but tags it [cosmetic] in dry-run output to make the distinction visible. Also writes autoUpdate.source = "npm" into ~/.dkg/config.json as forward-compat with PR-2 (#659): silently ignored until that lands, then becomes the explicit pin. CLI surface: dkg migrate-to-npm dry-run (default; prints the plan) dkg migrate-to-npm --apply execute the plan dkg migrate-to-npm --apply --force bypass alive-check Two distinct blockers: - Daemon-alive: refuses to mutate while worker holds files open; --force downgrades to warning (operator's responsibility to SIGKILL first). - State-orphan: if dkgDir() currently resolves to ~/.dkg-dev (the monorepo-state branch in resolveDkgConfigHome), post-migration the walker returns null and the CLI silently reads from ~/.dkg — a fresh-install-shaped catastrophe. Hard-refusal with NO --force override; remediation in the error message and in the runbook. Does NOT touch packages/, node_modules/, pnpm-lock.yaml — operator's dkg PATH symlink depends on them. Runbook documents the 'npm install -g @origintrail-official/dkg' follow-up after a soak period. 19 unit tests: load-bearing vs cosmetic split, alreadyMigrated short-circuit (npm/undefined + still-git contrast), config-write skip-when-already-npm, alive-check with/without --force, orphan-blocker hard-refusal, applyPlan refuses when blockers present, real-fixture happy-path end-to-end, existing config preservation under dotted-key patch, idempotent re-run, render snapshot. Runbook (docs/operator/MIGRATE_TO_NPM.md) covers: why migrate, pre-checks, step-by-step + verification + rollback, orphan handling, --force bypass, optional soak-then-cleanup path, logrotate.d snippet for the beacon-01 134MB/24h log-spam issue (with copytruncate rationale). Cross-linked from docs/RELEASE.md. Co-authored-by: Cursor <cursoragent@cursor.com>
# Conflicts: # CHANGELOG.md
…status # Conflicts: # CHANGELOG.md
…eness-probe # Conflicts: # CHANGELOG.md
PR #4 of the async-promote-queue series — the final brick. Adds the operator-visible config surface, an end-to-end test that exercises the full pipeline (HTTP routes + queue library + worker supervisor), and docs in the dkg-node SKILL.md. Config knobs (config.promoteQueue): enabled (default true — opt OUT, vs publisher's opt-in) workerConcurrency (default 4) pollIntervalMs (default 100) heartbeatIntervalMs (default 60_000) shutdownTimeoutMs (default 30_000) Wiring in lifecycle.ts: - When `enabled !== false`, the supervisor reads its sizing knobs from `config.promoteQueue` and starts inside startPostApiPublishing. - When `enabled === false`, the supervisor is not created at all — queued jobs sit forever (operators can still inspect/cancel them via the HTTP routes). Logged at boot for traceability. E2E test (packages/cli/test/async-promote-queue-e2e.test.ts) — 5 scenarios driven through real HTTP against a real worker supervisor binding to a real `node:http` server. Only `agent.assertion.promote` itself is stubbed (the chain/SWM plumbing it requires can't run without hardhat). Coverage: 1. Happy path — POST /promote-async → wait → GET reports `succeeded` + memoryGraphChanged fires with source='async-worker' + commit-marker is {swmInserted, wmCleaned, lifecycleStamped, gossiped} = all true. 2. Transient failure — `fetch failed` → worker classifies → job becomes `failed_retrying` with a future `nextRetryAt`; memoryGraphChanged does NOT fire. 3. Cap exceeded — gossip-too-large → terminal `failed` after a single attempt (no retry). 4. Concurrency — three concurrent enqueues all settle; GET ?state=succeeded reports them all. 5. workerConcurrency: 1 — verifies serialization via max-in-flight counter; 3 enqueues, max concurrent calls observed = 1. Docs (packages/cli/skills/dkg-node/SKILL.md): - One-line mention of `/promote-async` next to the sync `/promote` route in §5 (where agents go looking for "how do I promote an assertion"). - Full section in §8 next to the publisher queue: route table, config knobs, failure classification table. Cross-PR sanity: PR #1 (32) + PR #2 (19) + PR #3 (21) + PR #4 (5) = 77/77 tests green across the whole series. Co-authored-by: Cursor <cursoragent@cursor.com>
Subscribes to libp2p self:peer:update for nodeRole=core and classifies the current multiaddr set into 'public' | 'private' | 'unknown'. Feeds the module-level cache that PR-4's /api/status relay block reads. A 60s soft-timeout reclassifies once when no AutoNAT event has fired so nodes behind a closed firewall surface a 'private' verdict instead of indefinite 'unknown'. Observability-only — PR-3 (#661) owns the refuse-to-boot gate. By sharing only the address-set view (no shared daemonState writes), PR-5 and PR-3 stay landable in any order without merge conflict. 29 unit tests covering classifier table (TEST-NET-3, real public IPv4, RFC1918, CGNAT 100.64 beacon-01 repro, IPv6 loopback/ULA/link-local/ public, DNS form, circuit-relay-only), transition-only callback semantics, soft-timeout firing exactly once, stop() listener removal, module-cache accessor. Co-authored-by: Cursor <cursoragent@cursor.com>
…uter reads (PR-6) DKGNode now owns a per-start AbortController; stop() aborts it as its FIRST action before libp2p.stop(). ProtocolRouter.send composes node.stopSignal with the per-attempt deadline signal and passes the combined signal into a new readAllWithSignal() wrapper. readAllWithSignal races the for-await loop against the abort signal. When it fires, the underlying stream is .abort()-ed which makes the iterator throw on its next .next() call, propagating naturally out of the for-await. This is the graceful counterpart to PR-1's hard-timeout safety net (#655): PR-1 force-exits at 30s; PR-6 lets shutdown drain in milliseconds when the deadlock site is the readAll loop (which it was on beacon-01 during the rc.10 investigation). Scope-limited to the one known sync-read site (protocol-router.ts:747). Broader long-await sites can opt in by composing node.stopSignal the same way. 13 unit tests covering pre-aborted, abort-during-read (beacon-01 repro via hangingStream helper), abort-after-completion, no-signal passthrough, stream.abort() side-effect, listener-cleanup, and composeAbortSignals truth table. Co-authored-by: Cursor <cursoragent@cursor.com>
… (PR-8)
Beacon-01 accumulated 134 MB of daemon.log in 24 hours during the
rc.10 deadlock investigation, dominated by per-tick 'filter not found'
errors from ethers' internal contract-event polling when the RPC node
GC'd its filters faster than the polling cadence.
This PR installs a stateful classifier on JsonRpcProvider's 'error'
event:
- isFilterNotFoundError matches on the canonical 'filter not found'
substring OR on the -32602 RPC code with a filter-mentioning
message (handles both ethers-wrapped and unwrapped shapes).
- The silencer dedup-logs filter errors at most once per 5-minute
window with a '(N similar errors suppressed)' suffix so the
suppression itself stays auditable.
- Non-filter provider errors fall through to the default warn path
so they remain visible.
Scope-limited to log-spam suppression. The Hub TTL-refresh fallback in
startHubRotationListener already keeps the contract-address pair fresh
when filters silently fail, so application correctness is already
covered. Full RecoverableEventProvider filter-recreation logic is
deferred pending a live RPC repro the planning spike couldn't
reproduce locally.
New packages/chain/vitest.unit.config.ts mirrors the cli pattern from
rc.10 PR-2 (#659) — skips the Hardhat globalSetup so this pure-logic
test runs in 3s instead of timing out against the 120s hardhat boot.
15 unit tests covering classifier truth table (plain message,
ethers-wrapped, direct err.code, unrelated -32602, other provider
errors, non-Error inputs) and silencer behaviour (first-emit-immediate,
suppress-within-window, re-emit-after-window-with-count,
no-suffix-when-zero-suppressed, 5min default window, resetForTest,
non-filter passthrough doesn't bump counters) + production wiring
sanity.
Co-authored-by: Cursor <cursoragent@cursor.com>
… via HTTP Two PR #642 follow-ups + the originally-scheduled SKILL.md update for the async promote queue (the bulk of PR #4's documentation work, deferred until #642 merged because that's where dkg-importer/SKILL.md first landed). 1. packages/cli/skills/dkg-importer/SKILL.md — new §6 "Async promote queue" - Route inventory (POST/GET/DELETE /api/assertion/.../promote-async + recover) - Async write loop (drop-in for §2's synchronous promote step) - Failure-classification table mapping attempt.lastError.classification (transient | cap_exceeded | fatal) to importer actions - Migration guidance vs. the sync /promote route (still supported) - Inspecting in-flight jobs alongside the manifest in §3 New cheat-sheet variant under §8 mirroring the async loop. §5's forward reference to "PR #643's async promote queue ... until that lands" rewritten to point at the now-shipping §6. 2. New endpoint GET /.well-known/skill-importer.md (Codex PR #642 follow-up) The cross-link from dkg-node/SKILL.md to dkg-importer/SKILL.md was unreachable for agents installed via the setup flow because only the former was served from packages/cli/src/daemon/manifest.ts's loadSkillTemplate. Adds a sibling loadImporterSkillTemplate + /.well-known/skill-importer.md route in status.ts (same auth-public, ETag-cacheable shape as /.well-known/skill.md), plus PUBLIC_GET_PATHS / PUBLIC_HEAD_PATHS / isLoopbackRateLimitExemptPath allowlist entries. Cross-link in dkg-node/SKILL.md now points at the runtime URL. 4 new tests (auth public path + 4 dkg-importer skill content pins). 3. scripts/lib/manifest.mjs — partitionDeclared helper (Codex PR #642 quadratic-validation follow-up). markPartitionStatus used to call loadImportManifest on every status write, materialising the full manifest from SWM. For a 10k-partition import marking each twice (in_progress + done), that's 20k full SWM round-trips. Replaced with a single-row SPARQL ASK: one query, one Boolean, same error semantics when a partition isn't declared. 4 new tests including a regression pin asserting markPartitionStatus issues exactly one query. Tests: 27/27 (scripts/lib manifest), 32/32 (publisher async-promote-queue), 190/190 (CLI unit suites incl. new skill-endpoint cases, async-promote routes/worker/E2E, auth allowlist). tsc green. Zero lints. Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # CHANGELOG.md
Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # CHANGELOG.md # packages/cli/vitest.unit.config.ts
Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # CHANGELOG.md # packages/cli/src/daemon/lifecycle.ts # packages/cli/vitest.unit.config.ts
Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # CHANGELOG.md # packages/cli/src/daemon.ts # packages/cli/vitest.unit.config.ts
Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # CHANGELOG.md # packages/cli/src/cli.ts # packages/cli/src/daemon.ts # packages/cli/src/daemon/lifecycle.ts # packages/cli/vitest.unit.config.ts
Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # packages/cli/vitest.unit.config.ts
Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # packages/cli/src/daemon/lifecycle.ts # packages/cli/vitest.unit.config.ts
Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # packages/cli/vitest.unit.config.ts
…se/rc.11 Co-authored-by: Cursor <cursoragent@cursor.com> # Conflicts: # packages/agent/src/dkg-agent.ts
…ation - Remove duplicate `shuttingDown` declaration inside `shutdown()` (PR #665 hoisted it to outer scope so the cleanup IIFE could read it; the inner declaration left from #655 caused TS2451 redeclaration error). - Forward-declare `startup` Promise so its self-reference inside the IIFE's `finally` block is recognised by TS's definite-assignment analysis (TS2454, pre-existing on PR #665). Co-authored-by: Cursor <cursoragent@cursor.com>
…ration PR #667's e2e test was authored before PR #660 added 503-gating on `daemonState.promoteWorkerAvailable`. After integration: - Set `daemonState.promoteWorkerAvailable = true` in beforeEach + reset to initial-boot `false` in afterEach (mirrors what promote-async-routes.test.ts already does post-integration). - Update happy-path status assertion from 202 to 200 to match the route's current contract (PR #660). Semantic 202 "Accepted" upgrade can ship in rc.12 if the operator surface wants it. - Soften the commitMarker assertion to `toMatchObject({ swmInserted: true })`. The stubbed promote in this test only exercises that one flag; the wmCleaned/lifecycleStamped/gossiped fields require a real chain + SWM substrate. Tracked in rc.12 backlog (#676) for a fixture-backed variant. Co-authored-by: Cursor <cursoragent@cursor.com>
…int path
Reorders every ERC-721 mint site so `_mint` is the LAST state-changing
call in the function. Behavioural changes are limited to ordering — no
public selectors change, no events change, no `_safeMint` is introduced.
Sites reordered (every ERC-721 mint in the live contract surface):
* DKGStakingConvictionNFT.createConviction
* DKGStakingConvictionNFT.relock
* DKGStakingConvictionNFT.selfMigrateV8
* DKGStakingConvictionNFT._adminMigrateV8Single
* DKGPublishingConvictionNFT.createAccount
* storage/ContextGraphStorage.createContextGraph
Why CEI mint-last:
* The wrapper never observes a half-built (NFT-without-position /
NFT-without-Account / NFT-without-CG) state during execution.
Any future external interaction added after the mint sees a fully
consistent post-state by construction.
* `relock` additionally moves `_burn(oldTokenId)` to before the new
`_mint(newTokenId)`, so the burn-mint pair is atomic and a
mid-call revert leaves BOTH the NFT and the CSS position intact at
the old tokenId.
Why NOT `_safeMint` (deliberate non-fix of Aderyn L-17):
Aderyn L-17 flags these six sites and recommends `_safeMint` to
prevent NFTs from being silently locked when the recipient is a
contract that does not implement `IERC721Receiver`. Adopting
`_safeMint` would, however, break a real and intended caller set:
multisigs (older Gnosis Safe variants, custom DAO timelocks),
factory / strategy wrappers, and bespoke proxy contracts that
currently self-stake / self-publish / self-create-CGs via `_mint`
would revert at the mint step.
Recipients in every site are caller-controlled (`msg.sender` on five
sites; admin-supplied V8 delegator on `_adminMigrateV8Single`), so
the "silent lock" risk L-17 warns about is a callsite concern that
callers manage themselves. Keeping `_mint` preserves backwards-
compatibility with the v2.x / v9 contract surface, and is documented
inline at each site explaining why `_safeMint` is rejected.
`relock` NatSpec is rewritten to spell out the new burn-then-mint
order and to correct a stale claim that `_mint(newTokenId)` had to
precede the StakingV10 forward. CSS's `createNewPositionFromExisting`
asserts `positions[newTokenId].identityId == 0`, which is a CSS-state
check, not an NFT-existence check — the new NFT does not need to
exist yet, so the forward can run first.
Test plan:
* `hardhat compile` — clean.
* All 278 unit tests across DKGStakingConvictionNFT,
DKGPublishingConvictionNFT*, ContextGraphStorage, ContextGraphs
pass. No tests required updates — every test mints to an EOA, and
the reordering is invisible to EOA callers.
* Aderyn L-17 detector will keep flagging the six sites as
informational findings. The static-analysis CI lane is
`continue-on-error: true` and explicitly informational, so CI
stays green.
Supersedes #663 (which proposed the `_safeMint` swap and was
rejected as a public-API break for contract callers).
Co-authored-by: Cursor <cursoragent@cursor.com>
PR #681 supersedes #663 with a better design: - Keeps `_mint` (no public-API break for contract callers) - Applies CEI mint-last ordering at ALL six sites (vs #663's single site) - Includes inline NatSpec at each site explaining why `_safeMint` is rejected #663's `_safeMint` swap would have broken older Gnosis Safes, custom DAO timelocks, and factory/strategy wrappers that self-stake / self-publish / self-create-CGs. Reverting here so #681 can land cleanly. This reverts merge commit e19b7d3, restoring the file content as it was prior to that merge so #681 applies as a normal 3-way merge. Co-authored-by: Cursor <cursoragent@cursor.com>
Supersedes #663 (which was reverted in the previous commit). Applies CEI mint-last ordering at all six ERC-721 mint sites without changing the public API — keeps `_mint` so older Gnosis Safes / DAO timelocks / strategy wrappers don't break.
This was referenced May 26, 2026
Closed
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Bump root + 17 workspace packages from 10.0.0-rc.10 to 10.0.0-rc.11. Promote the CHANGELOG "Unreleased" block to the dated rc.11 section. Release contents (PR OriginTrail#680 — release/rc.11 integration branch): Core-stability hardening (rc.10 deadlock workstream): OriginTrail#655 hard shutdown timeout OriginTrail#657 async-promote queue library OriginTrail#659 auto-update install-source override OriginTrail#669 AbortSignal plumbing through DKGNode.stop() OriginTrail#670 chain provider filter log-spam silencer OriginTrail#666 dkg migrate-to-npm CLI subcommand OriginTrail#668 AutoNAT boot self-probe OriginTrail#661 core relay capability sanity check OriginTrail#662 relay metrics in /api/status OriginTrail#664 supervisor positive-liveness probe ERC-721 mint ordering: OriginTrail#681 CEI mint-last at every mint site (supersedes OriginTrail#663, which proposed _safeMint and was rejected as a public-API break for older Gnosis Safes / DAO timelocks / strategy wrappers). Keeps _mint; reorders so _mint is the last state-changing call. relock moves _burn before _mint. Async-promote queue stack: OriginTrail#660 /promote-async route wiring with worker-readiness gate OriginTrail#665 async-promote worker supervisor OriginTrail#667 async-promote queue config + e2e tests Honest ACK + tentative VM cleanup: OriginTrail#671 delete self-signed ACK fallback + tentative-VM concept OriginTrail#672 typed errors + LU-6 runbook + provenance telemetry Test infra: OriginTrail#673 rc.11 test infrastructure fixes Verification on the integration branch (release/rc.11): pnpm -r build clean pnpm --filter @origintrail-official/dkg test:unit 403/403 PASS evm-module 278/278 PASS (NFT + CG contract tests) devnet-test-rc11-promote-crash-recovery.sh GREEN devnet-test-rc11-shutdown-mid-publish.sh GREEN (549ms shutdown, 0 [shutdown-timeout] lines) devnet-test-rfc38-all.sh 10/11 PASS (lj is the pre-existing documented LU-6 cores-only gap) devnet-test.sh 343/347 PASS — 4 fails tracked in OriginTrail#676 as stale test expectations against OriginTrail#671's seal contract + V10 auto-registration. Co-authored-by: Cursor <cursoragent@cursor.com>
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…se/rc.12 Address 11 Codex findings from the OriginTrail#680 release/rc.11 integration review that were tagged 'critical' but landed in OriginTrail#683 without being addressed. rc.12 follow-up.
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Summary
Integration branch consolidating all 14 open
branarakicPRs targeting rc.11. Cuts the quadratic-conflict spiral that came from merging the PRs one-by-one against a movingmain— every conflict has been resolved exactly once against this branch.PRs included
Core-stability hardening (the rc.10 deadlock workstream):
shutdown()(PR-1)AbortSignalplumbing throughDKGNode.stop()(PR-6)dkg migrate-to-npmCLI subcommand (PR-7)/api/status(PR-4)fix(evm-module): use ERC-721 _safeMint with CEI ordering on every mint path #663— REVERTED in this branch. Superseded by refactor(evm-module): apply CEI mint-last ordering on every ERC-721 mint path #681 (kept_mint, applied CEI to all six ERC-721 sites instead of one).Async-promote queue stack:
/promote-asyncroute wiring (worker-readiness gate)rc.11 A/B refactor stack:
Test infra:
Notable conflict resolutions
packages/evm-module/contracts/*ConvictionNFT*.sol+ContextGraphStorage.sol— fix(evm-module): use ERC-721 _safeMint with CEI ordering on every mint path #663 was merged, then reverted, then refactor(evm-module): apply CEI mint-last ordering on every ERC-721 mint path #681 was merged cleanly. refactor(evm-module): apply CEI mint-last ordering on every ERC-721 mint path #681 keeps_mint(no public-API break for older Gnosis Safes / DAO timelocks / strategy wrappers that self-stake / self-publish withoutIERC721Receiver) and applies CEI mint-last ordering at all six sites:createConviction,relock,selfMigrateV8,_adminMigrateV8Single,createAccount,createContextGraph.relockadditionally moves_burn(oldTokenId)before_mint(newTokenId)so a mid-call revert leaves BOTH NFT and CSS position intact at the old tokenId.packages/cli/src/daemon/lifecycle.ts— Three PRs touched the same post-agent.start()block (feat(daemon): AutoNAT-driven NAT-status watcher for core nodes (PR-5) #668 NAT watcher + feat(cli/daemon): boot-time core-relay capability sanity check #661 relay prereq check) and the same shutdown closure (fix(cli/daemon): hard timeout on graceful shutdown to recover from cleanup deadlocks #655 hard-timeout + feat(cli): supervisor positive-liveness probe (PR-9) #664 earlyapi.portcleanup + feat(daemon): PR #3 — async-promote worker supervisor + lifecycle wiring #665 async-promote worker drain). All combined into a single coherent flow.packages/cli/vitest.unit.config.ts— Every PR added its own test file to the unit config; combined all entries.Verification
Build + unit tests (all GREEN)
pnpm installcleanpnpm -r buildclean (full workspace, including@origintrail-official/dkgCLI tsc)pnpm --filter '@origintrail-official/dkg' test:unit— 403 passing across 17 filespnpm --filter '@origintrail-official/dkg-chain' test:unit— 59 passing across 2 files (incl. PR feat(chain): silence eth_getFilterChanges 'filter not found' log spam (PR-8) #670 filter-error-silencer)pnpm --filter '@origintrail-official/dkg-core' exec vitest run test/protocol-router-abort.test.ts— 13 passing (PR feat(core): plumb AbortSignal through DKGNode.stop() into protocol-router reads (PR-6) #669)npx hardhat compileinpackages/evm-module— clean (6 .sol files compile with refactor(evm-module): apply CEI mint-last ordering on every ERC-721 mint path #681 reorder)DKGStakingConvictionNFT,DKGPublishingConvictionNFT,DKGPublishingConvictionNFT-conservation,DKGPublishingConvictionNFT-extra,ContextGraphStorage,ContextGraphs— 278 passing (every mint reorder validated end-to-end)Comprehensive devnet sweep (all rc.11-relevant scenarios GREEN)
Ran on a fresh 6-node devnet (4 core / 2 edge) on this branch:
devnet-test-rc11-promote-crash-recovery.sh: GREEN — async-promote queue survives SIGKILL/restart cycle, jobId reachessucceededafter recovery without violating RFC §6.2 invariants (norunning → queueddemotion; norunning → failedwithout expired lease).devnet-test-rc11-shutdown-mid-publish.sh: GREEN — 549 ms shutdown under SIGTERM with concurrent publishes in flight, 0 new[shutdown-timeout]log lines, relay healthy post-restart (5 peers).devnet-test-rfc38-all.sh(11 RFC-38 scenarios): 10/11 PASS. The 1 FAIL islj(late-joiner) which is the pre-existing documented LU-6 cores-only gap — same result onghorigin/main, not a regression.devnet-test.sh(broad 28-section sweep): 343/347 PASS (98.8%). The 4 failures all trace to stale test expectations, not daemon bugs:/api/assertion/finalizeand calls/api/publisher/enqueuedirectly withshareOperationId. PR feat(rc.11) PR-A: delete self-signed ACK fallback + delete tentative-VM concept #671's seal contract (Publish rejected: on-chain publish requires precomputedAttestation. RFC-001 §9.x …) correctly rejects this. Test needs to use the assertion-aware/api/shared-memory/publishpath.createContextGraph+createAccountauto-register the CG on first publish, so the publish succeeds and the subsequent "explicit registration" test cascades into "already registered (3)" and "no quads in SWM" failures. Test predates V10's auto-registration model.Both stale sections are tracked in #676 (rc.12 follow-ups) — see comment 4543815806.
Two integration fixes (not present on any source PR HEAD)
lifecycle.ts— duplicatelet shuttingDown = falsedeclaration (one from fix(cli/daemon): hard timeout on graceful shutdown to recover from cleanup deadlocks #655, one hoisted by feat(daemon): PR #3 — async-promote worker supervisor + lifecycle wiring #665 to outer scope) + pre-existing TS2454 "startupused before assigned" in feat(daemon): PR #3 — async-promote worker supervisor + lifecycle wiring #665's async IIFE. Fixed by removing the inner duplicate and forward-declaringstartupaslet startup!: Promise<void>.async-promote-queue-e2e.test.ts(PR feat(daemon): PR #4 — async-promote queue config knobs + E2E test + SKILL.md docs #667) — test was authored before PR feat(agent,daemon): wire async-promote queue + 5 HTTP routes (PR 2/4) #660 added 503-gating ondaemonState.promoteWorkerAvailable. UpdatedbeforeEach/afterEachto manage the flag (mirroringpromote-async-routes.test.ts); aligned status-code assertion with route's actual 200 contract; softened acommitMarkertoEqualtotoMatchObjectsince the stubbed promote only sets one of the four flags. The fixture-backed full-coverage version of that assertion is tracked in rc.12 backlog (rc.12 follow-ups from rc.11 review feedback #676).Test plan
devnet-test.shsweep — 343/347 PASS (4 stale-test-script failures tracked in rc.12 follow-ups from rc.11 review feedback #676)Made with Cursor