buzz/beehive/ADMISSION_RECONCILIATION_54B0.md

Captured admission failure: owner reconciliation — 54b0

Decision

No semantic correction is justified by this trace. Gate remains OPEN: 111/112, 223752.938ms natural FULL DEFAULT concurrent installed-enabled run. Conflicting-ID is 2612ms against unchanged <2500ms; the separate original 2572ms wrong-authority failure remains unresolved. This is not another non-recurrence report.

Source inspected at 6697ad804318a6e87c7f6da091f54f13781d2493. Its diff from the executed 36e2eaca0008bad9156cdc53bba67ac7cd9941ab is only CHECKPOINT and provider result documentation. No source/test/deadline/authority change, new timing probe, full-suite rerun, install, or provider-scope expansion was made. Offline trace arithmetic was checked with Node 24.15.0; pnpm 11.4.0 verified. Existing strict and suite results remain attributable to the executed candidate, not new validation.

Exact event association and critical path

Raw evidence: workspace WORK_LOGS/BEEHIVE_DESIGN_183FFAF0/PROVIDER_16B4/, traces/83342-conflicting-id.json, 472 rows, zero dropped; full-default.log contains the accepted/conflict/accepted receipts and unchanged failed assertion. All times below are monotonic milliseconds relative to test.timer.begin. Trace owner is Node PID 83342: test, development relay, host and UI share one event loop. Supervisor and fixture runner are external children; their PIDs, CPU and syscall timings are not in this trace. Two decode rows are UI then host; the latter is immediately followed by host.route. No cross-process clock subtraction is used.

• Start and invalid Stop operation: faa16ef1-ee24-49f0-b231-b0416785c491. Envelope signature prefixes 50b325fc and 88142874 distinguish them despite the shared operation ID (full signatures retained in the raw trace).
• Start receipt cb560fb8-039c-4a95-b4e7-631a8a31fc40 (signature 26cf3f89).
• Conflict receipt 49d73b26-ca2b-4f67-8936-0ae28d8a78d8 (0fc11afe).
• Valid Stop 88c40dde-9ab0-461c-90c4-6cddec7aa9a1 (9c77de4b).
• Stop receipt 2186daa5-4252-41ba-974d-4cd405b1a35d (bbc87557).

Non-overlapping critical-path section	Start–end ms	Owner/source
Submit, initial relay backlog, durable batch, reconnect, delivery	0–153.806	client.ts:22–39, relay.ts:commit; Start batch durable 147.894
Start reservation persist	153.846–261.832	host.ts:409; storage.ts:6–16
Preparation/actual construction gap	261.832–380.300	host.ts:429–460, prepareLocal:200–222
Start transitioning persist	380.300–477.196	host.ts:460
Spawn/readiness/continuation gap	477.196–761.769	host.ts:461–465, owned.ts:6–30, supervisor.ts:22–30
Start running/history/receipt commit	761.769–1344.750	host.ts:496–513
Seal/send accepted + inventory, dequeue/seal/send conflict	1344.754–1349.907	host.ts:389–400,513; client.ts:send
Relay remaining inventory batch then receipt batch; UI decode	1349.907–1625.343	relay.ts:commit, relay-storage.ts
Poll, assert running/revision 1, submit valid Stop	1625.343–1643.832	admission-cancel.test.ts:101–113
Stop relay commit/delivery	1643.832–1759.741	durable 1756.775
Stop reservation + transitioning commits	1759.765–1915.723	host.ts:409,501
Owned Stop	1915.733–2447.602	owned.ts:stop; supervisor.ts:10–15
Stopped/null actual/revision 2/receipt commit	2447.627–2499.709	host.ts:501–513
Seal/send/relay persist/UI decode	2499.715–2593.462	receipt batch durable 2592.003
Poll + stopped assertions + timer	2593.462–2611.454	admission-cancel.test.ts:until,113–116,136

Small gaps between listed intervals are ordinary uninstrumented instructions; this is not a claim that every instruction is timed. Specifically, the shared-ID Stop is received at 153.781 but queued behind Start until 1348.277. Its handle-to- seal is 0.012ms. The legitimate Start is not cancelled because receive's queued-ID reservation already belongs to Start (host.ts:155–166). This is the intended fingerprint/duplicate fence, not an authority bypass to optimize away.

Initial reconnect inventory 52ea3937-77e2-4702-88b6-0b036fc3c452 (2bdea81b) occupies the relay writer from 148.013 until durable 1467.313. The receipt batch starts 1467.419, durable 1620.866. Thus conflict publication is held for the tail of an already-started FIFO inventory snapshot, then its own snapshot, not a second 615ms write after the Start journal. Its own snapshot includes rename await 1508.400–1603.977 (95.577ms); this is JS await elapsed, not syscall service.

What the measured journal regions do and do not establish

The final Start write lasts 582.982ms. storage.ts:6–16 has these exact regions:

Region	Duration ms	Included work
private.begin → file-sync.begin	392.744	trace bookkeeping, mkdirSync recursive/0700, dirname, UUID/temp naming, openSync wx/0600, JSON.stringify, writeFileSync string encoding/write(s)
file-sync.begin → file-sync.end	19.850	trace bookkeeping + fsyncSync wrapper
file-sync.end → dir-sync.begin	152.055	trace bookkeeping, closeSync(file), renameSync (nonexclusive journal path), dirname/openSync(directory)
dir-sync.begin → dir-sync.end	18.321	trace bookkeeping + fsyncSync wrapper
dir-sync.end → private.end	0.011	trace bookkeeping + closeSync(directory)

No chmod/lstat permission-check call occurs in this write path; modes are supplied to mkdir/open, and actual kernel permission checks are inside filesystem calls. The initial exclusive provisioning link/unlink branch is not this terminal write. Serialization, encoding, writeFile, open, mkdir, rename and close have no individual stamps. CPU execution, GC, descheduling and unknown kernel waits cannot be separated. Even the fsync figures are entry-to-return wall wrappers, not CPU or pure device time.

Instrumentation (latency-trace.ts:8–12) takes Date.now/performance.now, allocates a row and pushes it into memory. Inner stamps are nested inside outer intervals: do not sum their spans twice. No per-row console/file logging occurs. The only trace JSON serialization/write/fsync is endTrace AFTER cleanup and the failed timer. The fixture storage hook also pushes a bounded timestamp record and returns a promise; its awaits and callback scheduling are not independently measured. No measurement bounds the cost of each trace call or proves instrumentation negligible.

There is no intervening application callback between private.begin/end. A loop tick is 582.785ms late immediately afterward: this proves the shared loop cannot progress during synchronous journal work, not why a particular syscall took time. The relay file.write await 734.507–1349.964 overlaps the whole terminal write. Its 615.456ms cannot be added to 582.982ms or identified as disk time. Relay file.open await 478.140–734.498 occurs while ticks continue: 256.358ms not accounted for by that later blocking region, but still ambiguous worker queue/kernel/callback scheduling.

The 118.468ms preparation gap includes local setup validation, access/realpath/stat, script reads/hashes and executable reads/hashes, selection cloning and actual-run construction. prepareLocal hashes the executable and actual construction reads it again; that duplication is visible in source, but no trace assigns its cost or justifies caching executable identity across mutation. The 284.572ms readiness gap includes supervisor spawn, IPC launch, runner OS spawn notification, continuation, cloning run history and receipt construction; it does not await the fixture's four-second prompt. Child-side costs are unknown. The 531.869ms Stop includes the 500ms live-anchor containment timer plus IPC/group-absence polling/reaping/scheduling; the excess 31.869ms is not a measured single subsystem delay.

Same-capture comparison, not a counterfactual fix

The earlier wrong-authority control in PID 83342 passes in 1711.609 monotonic ms (1712 wall). Start handle-to-seal is 431.619ms versus 1190.948ms: 759.329ms difference. Its three journal spans are 76.666/52.645/110.127ms versus 107.986/96.896/582.982ms. Preparation gap is nearly unchanged, 119.568 versus 118.468ms; readiness/continuation gap grows 72.588 → 284.572ms. The final Start journal difference alone is 472.854ms; readiness difference is 211.984ms. Owned Stop differs only 3.207ms (528.663 → 531.869). This localizes the variation beyond 'contention', but the two controls have different rejection owners and do not prove a latency bound under async journal conversion.

Why not patch the fixture or mechanically await persistence?

The fixture deliberately waits for accepted Start and conflict evidence before valid revision-1 Stop, then verifies stopped/null/revision 2 before timing. The same-ID receipt helper aliases the two IDs, but the explicit conflict-result wait at line 109 resolves the ambiguity here; both waits complete at 1641.794/1641.841. No missing prerequisite/order race caused this failure. Excluding Stop, moving its wait outside the bound, or shortening containment would change the asserted journey.

Async persistence may improve management responsiveness, but must first preserve:

1. One serialized commit owner and stable snapshots. Today save is synchronous in each queued handler. Merely replacing it with promises permits heartbeat, replay and receive to see mutated undurable state. Exact immutable bytes and a committed read view must be separated from working state; no concurrent commits.
2. Durable before effects/report. Reserve operation before spawn/kill; preserve transitioning crash state; commit receipt/outbox/history before publication. Start completion at revision 1 must not be retrospectively erased by a later Stop, which has its own revision-2 outcome and immutable prior run history.
3. Receive-time cancellation reservations and duplicate/CAS fences. Receive cannot be moved wholly behind the mutation queue: it interrupts in-flight admission. Pending commit windows need an explicit linearization rule, especially a valid Stop arriving after the final retraction check but before async durability.
4. Consumed Move. host.ts:325–369 consumes source authority plus exact grant outbox before sending; target durably accepts assignment before launch checks, preserves later candidate edits, and records incoming/outbox replies for replay. Async publication cannot resurrect source authority or acknowledge an undurable destination. Nested handle(start) must not deadlock its commit owner.
5. Failure/uncertainty/close. save sets persistenceFailed on any failure; handle refuses later effects. Queue error quarantine, heartbeat, replay and close are additional owners, not just handle's save sites. An async design needs explicit pre-replacement failure versus uncertain replacement, visible-state fences and close draining before lock release; unknown ownership stays quarantined/locked.

These are prerequisites, not claims that current failure paths have been newly fully verified. Switching APIs alone cannot remove the sequential journal prerequisite from this whole-sequence bound. Reordering the relay's already-started inventory snapshot would also change its committed-prefix visibility guarantee.

Next decision and surviving evidence

Do not use another full capture as the next discriminator. The precise unresolved components are the 392.744/152.055ms mixed synchronous subregions and the 284.572ms spawn/readiness gap (including the independently outstanding relay open). No existing stamp can recover their syscall/CPU decomposition, and a deterministic synthetic stall would only prove already-established shared-loop blocking, not that cause. No new timing control was spent for that reason.

If responsiveness is an independently accepted product requirement, the next work is an explicitly scoped host commit-owner design implementing the five invariants above, with deterministic held-commit tests for receive/replay/heartbeat/close/failure/Move. It must not be sold as a fix for this aggregate wall bound without candidate evidence. Otherwise preserve the open gate rather than changing semantics to obtain green. No further owner source reread or kernel-permission escalation is needed to reach this decision. Provider review and unfinished provider local-add/conversion, Databricks token/OAuth, mesh/compute/live acceptance remain separate work.

Workspace ADMISSION_54B0/RECONCILE.ts and DECOMPOSITION.txt reproduce the offline six-write partition, counts, PID and zero-drop checks for both captured controls. Original traces/full log/source+binary pin records remain untouched in PROVIDER_16B4. SHA256: failing trace c567ac1e2360bf4d3fdd0c8295f0b85ca3ef403a7c8233e6b41e30710e65c285; passing trace c09c7aed945019c8c904bcb6f1aa7d25c1842c1d50e29fd025d5654b5487b641; full log 0dd8d364cc7ff96fdf01da33ba95a1816439011f7e499f8f83fa4292c91c33d9. Installed binary pins remain in PROVIDER_16B4/final-pins.txt (not source-built here).