Lessons from tmux and zellij issue trackers #206
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opened 2026-10-13 12:42:43 +00:00 by kayg
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j470b-server-mesh-rejoin
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j481-d380
dev
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j470-mac-node-join
root-upgrade-d376
j474-review-merge
latency-targets-120hz
nightly-suite-shards
gotatun-pin-j469
macos-utun-reader-thread
fix-flood-echo-stall
wip/j416
motion-fast-ease-out
mesh-addhost-j259
takeover-close-terminals-d368
kbd-instant-followups
fix-trust-key-double-click
nightly-suite-partial-report
appwin-icons-j207
rusqlite-slice1
swipe-content-first-d374
mesh-mtu-381
addhost-instant-open
glass-contrast-d365-mock
glass-contrast-d365
signout-followups-442
fix-startup-toast-red
research-gotatun-matrix-j317
themes-sync-j304
fix-load-flakes
fix-nix-zig-patch
fix-compute01-browser-baseline
ratchet-size-baseline-419
predict-auto-d130
revoke-coverage-d367
nightly-suite-queue-timeout
nightly-browser-suite
fix-rustsec-2026-0459
fonts-ioskeley-obel
log-retention-d375
fix-kbd-no-anim-427
fix-dev-red-specs-2
takeover-proof-305-j205
wip/j410-server-pump
ui-consistency-d372
fix-osc52-clipboard
libghostty-vt-1.0
forget-retired-host-d369
j404-merge-426
fix-setup-lock-race
fix-touch-select-426
revoke-access-report-ui
fix-predictive-echo-specs
fix-selinux-agent-exec
wip/j395-checkpoint2
wip/j395
j391-review-scratch
ui-consistency-j195-deferred-rebased
fix-rustc-paths-421
decisions-wording-341
fix-install-suite-red
fix-dev-rtt-specs
fix-pending-removal-align
fix-privileged-skip
fix-install-suite-404
review-j368
mesh-dns-j254
revoke-access-report-d356b
revoke-privilege-round5
fix-removal-confirm
review-j360
gotatun-rotation-367
deps-refresh-340
review-j354
review-J351
review-j350
addhost-takeover-d359
revoke-report-items-347
revoke-end-sessions-d362
review-j348
size-mesh-ssh-346
size-trim-337
revoke-access-diff-d356
j259-pre-rebase-b06c5a6
j305-ended-at-start-spec
addhost-sudo-consent
fix-layout-real-specs-411
fix-shell-open-411
fix-console-hosts-373
fix-shell-exit
fuzz-host-name-353
fix-host-details-410
macos-filter-j197
research-gotatun-tricks
revoke-p3-j216l
stale-state-pill
revoke-followups-j216k
revoke-progress-j216e
backup/macos01-20261106/lume/j197
backup/macos01-20261106/lume/appwin-icons-j207-stash0
backup/macos01-20261106/claude/stash-0
backup/macos01-20261106/claude/stash-1
backup/macos01-20261106/claude/J80-macos-s1
backup/macos01-20261106/claude/J80
backup/macos01-20261106/claude/J80-slice1-20261102
backup/macos01-20261106/claude/J16b-appwin-on-dev
backup/macos01-20261106/claude/appwin-launch-idle-146
backup/macos01-20261106/claude/J80-s1-run
wip/j259
trust-285-p3c
runtime-lock-j216f
mesh-ssh-p3-j175
tun-proof-p3b
trust-285-p3
terminal-polish-j271
tun-proof-p3
ssh-install-flakes-j216i
fuzz-fixes-j264
trust-285-a
trust-285-b
restart-oversized-fixture-j198
backup/macos01-20261106/lume/appwin-icons-j207
restart-bound-j216h
up-preflight-p3-j198
backup/macos01-20261106/lume/j251
up-preflight-j198
wip/up-preflight-j198-j245-p2
wip/up-preflight-j198-j245-p1
agent-fsync-offloop-j196
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settings-offscreen-j231
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themes-j206
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appearance-presets-mock-j129
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decisions-d345
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merge-j128-check
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settings-sections-mock-j92
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sidebar-292
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taste-2026-11-03
row-actions-242-215
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j112-canvas-commands
ui-no-overshoot-scroll
fix-recovery-restart
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taste-2026-11-02
size-baseline-ratchet
machine-cards-structure-j108
j109-boot-copy-mockups
fix-dev-red
wip/up-263-s1
j95b-settings-rows
proxy-traefik-281
j95-option-rows
docs-human-j91
docs-keys-palette
fix-flood-1013-270-j38d
mesh-ssh-s1
mesh-ssh-s0
addhost-d291-tunnel
test-stability-load
mesh-relay-220
repro-296
shim-thp-off-24
mesh-pins-258-v2
mesh-dns
signin-d311-merged
docs-pages
ui-size-283
fix-ui-batch-specs
wip/j12b-edge-update
gate-on-arm
fix-rename-sync-293
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fix-focus-ring-clip
integ-ui-1101
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signin-d311
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ui-approved-splitopt-224
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kayg/infraternal#206
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Owner request (2026-10-13): "go through the tmux and zellij issue list, just the titles is fine and see which issues apply to us and how can we optimise those paths".
Scope: research only, no product code changes. Crawl every issue title (number, state, labels, comment count) of github.com/tmux/tmux and github.com/zellij-org/zellij, cluster them into themes that matter to infraternal (VT correctness, resize/reflow, scrollback/search, flood performance, input latency, memory per session, detach/reattach, persistence, copy/selection, keyboard protocols, TERM/terminfo, nesting/SSH, multi-client size, config pain, crashes), compare each theme with our shim, VT engine and tracer renderer, and propose ranked work items.
Deliverable:
research/mux-issue-review/README.mdon branchresearch-mux-issues(from origin/dev). Raw JSON stays outside the repo under~/.cache/codex-scratch/research-mux-issues/. The summary and ranked list will be added here when done.Summary (2026-10-13)
Crawled all 4245 tmux issues (15 open) and 2924 zellij issues (1561 open), titles only, and clustered them into themes. Report:
research/mux-issue-review/README.mdon branchresearch-mux-issues.Three differences decide what we inherit: (1) the shim and the browser run the same Ghostty VT, which removes most of their Unicode, colour, terminfo and "garbage characters" class; (2) we own the renderer and input, so every browser input problem is ours (zellij's web client has 42 such issues, 29 open: IME duplication, Cmd sending "m", Escape in vim, reconnect loops); (3) network links and several viewers per session are our normal case, which makes their reattach, query-reply and flood bugs more likely for us.
Ranked proposed work (impact x likelihood)
snapshot.zigrefuses exact snapshots on any OSC 133 state (fish 4 default) and on soft wraps at the screen edges. Report the production rate by reason; fixtures; sets D110 export priority.COLORTERMnot set (tmux#34, #4300):pty.rssets onlyTERM=xterm-256color, so tools fall back to 256 colours. SetCOLORTERM=truecolor+ test (separate job).Lower: OSC 8 in scrollback/wrapped URLs; modes left on after an inner ssh dies (offer reset); paste fidelity and
ESC[201~injection; a fuzz target for output+resize+snapshot round trips; tmux/zellij nested inside a session; titles/cwd (avoided by D236); config/plugins (avoided by design: 1263 issues, 380 open in zellij).Started. Branch
research-mux-issues, worktree.worktrees/research-mux-issues, basedcf9dbb94b52d5d2e805a0474e74dd42764159fe(origin/dev). Crawling titles via the anonymous search API sliced by creation date (10 requests/min).Finished. Report: https://git.kayg.org/kayg/infraternal/src/branch/research-mux-issues/research/mux-issue-review/README.md
Branch
research-mux-issues, head8508e1f66290c5a76a68e37ef1b7595b2c87819a(one commit on basedcf9dbb9, text only, pushed). Raw JSON (4245 tmux + 2924 zellij issues), crawler and clustering script:~/.cache/codex-scratch/research-mux-issues/on the build host. The ranked list is in the issue body.scripts/verify faston the branch head (full log:~/.cache/codex-scratch/research-mux-issues/evidence/verify-fast.log). The artifact gate passes for this change; the two red rows are not caused by it (the commit adds one Markdown file) and reproduce from basedcf9dbb9's code: fourinfraternaltests unwrap an unsetCARGO_TARGET_DIR, and the aarch64 static binary is over the size budget (the D263 one-time exception, #198).Started
term-env-syncon branchterm-env-sync, based onorigin/devat6f7cde60a430590a20f0b9384fc423df465bde7f. Continuing #206 items 6 (COLORTERM) and 8 (synchronized output). The worktree was clean; no remoteterm-env-syncbranch exists. Read the required project docs and all #206 comments; no parent issue is recorded in Forgejo's issue view.Started query-replies (#206 item 1, #160) on branch
query-replies, based onorigin/devat6f7cde60a430590a20f0b9384fc423df465bde7f. The publishedorigin/devmatches this base; noorigin/query-repliesbranch exists. I’m tracing the current terminal input and query-answer paths before adding the multi-viewer, reconnect and late-reply regressions.Started query-replies (#206 item 1, #160) on branch
query-replies, based onorigin/devat6f7cde60a430590a20f0b9384fc423df465bde7f. The publishedorigin/devmatches this base; noorigin/query-repliesbranch exists. I’m tracing the current terminal input and query-answer paths before adding the multi-viewer, reconnect and late-reply regressions.Finding:
crates/infraternal-shim/src/pty.rsclears the shell environment and setsTERMbut notCOLORTERM; the existing PTY environment regression checks onlyTERM. Inapps/tracer/src/terminal.ts,drainOutput()writes each contiguous WebSocket output region directly to Ghostty, andinstallCursorLayerHook()wraps every renderer pass without a mode-2026 hold. D188's current transfer caps are 300/250 KiB critical gzip/Brotli and 50/44 KiB deferred. Capturing a production-build baseline before implementation.Build environment finding: the clean worktree has no installed tracer packages, so its first production bundle attempt failed resolving the lockfile dependency
@scure/bip39fromapps/tracer/src/recovery.tsandapps/tracer/src/auth.ts. The failed attempt changed no tracked files. Installingapps/tracerdependencies from its checked-inbun.lockwith the package cache under this job's scratch directory, then repeating the baseline capture.Baseline captured before code changes from
6f7cde60a430590a20f0b9384fc423df465bde7fusingapps/tracer/build.tsandtransfer-budget.ts; full receipt:~/.cache/codex-scratch/term-env-sync/evidence/d188-before.log. D188 JavaScript: critical 969,830 identity / 300,187 gzip / 250,051 Brotli bytes (caps 307,200 / 256,000); deferred 141,031 / 49,071 / 43,444 (caps 51,200 / 45,056); largest on-demand chunk 15,097 / 13,462 (caps 20,480 / 18,432). All current caps pass; critical headroom is 7,013 gzip / 5,949 Brotli bytes, deferred headroom 2,129 / 1,612 bytes. Installed the 38 locked tracer packages after the clean worktree's first build could not resolve@scure/bip39; no tracked files changed.spawned_login_shell_receives_selected_locale_without_other_host_variablesnow fails before the fix as intended (exit 101):/proc/<shell-pid>/environlacksCOLORTERM=truecolor; 0 passed, 1 failed, 92 filtered. The test also asks the real login shell to expand and print the value after the fix. Raw output:~/.cache/codex-scratch/term-env-sync/evidence/colorterm-red.log.Three-viewer browser regression reproduced against the tracer build and test-double server. A single attached viewer sends 15 reply bytes. With three viewers attached and the third typing last, per-viewer accepted input deltas are
[15, 15, 15]; expected[0, 0, 15]. All attached renderers reply to the same live query. Browser run logLate-query browser regression reproduced with CPR split across output writes: send
ESC [ 6, wait 1.1 seconds, then sendn. The query completes after the response window, but the browser still sends 6 input bytes (expected 0). This proves a late reply reaches the server boundary in the browser/test-double path; it is not yet a real-shim PTY measurement. Browser run logWire-contract blocker from source review:
apps/tracer/src/terminal.tsroutes Ghostty replies and keyboard bytes through the sameonData→handleInputpath.contracts/wire.md§4 defines leg-AInputas onlyu64 in_seq + bytes;contracts/shim.md§4 defines shimInputas only bytes. The shim uses newly accepted input to update active writer/geometry (crates/infraternal-shim/src/session.rs). Thus no existing frame tells the server or shim whether bytes are a parser reply, which viewer generated them as the last typist, or which output cursor caused them. Filtering by bytes or a short time window can drop legitimate typed bytes and cannot safely expire a response across reconnect.An exact fix needs an additive reply marker that distinguishes parser replies from typing and carries their originating output cursor/query identity, with the server enforcing the D178 last-typist writer and expiry before forwarding. That changes the frozen leg-A and likely leg-B contracts; reply deadline semantics also need to be chosen. Per the brief, I am stopping before protocol/product changes. The test-only reproductions are on this issue above; no failing implementation commit is made.
Status on
query-replies: stopping at the frozen-wire boundary as the brief directs. Head remains6f7cde60a430590a20f0b9384fc423df465bde7f; no product or protocol code was changed and no commit was made. The worktree contains test-double input attribution plus three browser regression cases.Verified red results: (1) three attached viewers each send 15 reply bytes after the third viewer types last; expected deltas
[0, 0, 15], actual[15, 15, 15]; (2) a CPR split completed 1.1 seconds after the response window sends 6 bytes, expected 0.bun run checkpassed ($ bun x tsc --project tsconfig.json, exit 0). The reconnect-mid-query case is added but unrun: all four shared build slots remained occupied, and I did not bypass the scheduler. These browser runs use the test-double server; there is no real-shim PTY result.scripts/verify fastwas not run: there is no implementation to gate, and the requested fix needs an owner decision on an additive parser-reply marker carrying its originating output cursor/query identity and on expiry semantics. Both are required before a correct no-heuristic implementation can proceed under the frozen leg-A/leg-B contracts.The fragmented DEC mode scanner and its five unit tests are in place;
bun run checkpasses. The tests cover a mode split across byte/string writes, control strings and unrelated mode numbers, RIS reset, the 4096-byte CSI bound, and the 150 ms release. Browser baseline is queued behind occupied build slots and has not started yet.Pre-fix split-frame browser spec fails as expected: after the first of three Output messages, canvas hash changed from 2316598229 to 3229246181 before DEC mode 2026 reset. The canvas update confirms the partial-frame paint. Receipt: log, initial frame screenshot.
The first integrated run still observed the partial canvas because withholding the renderer call also withheld its write callback; the 150 ms timeout then released the queued write. I changed the write wrapper to complete the app's callback once parsing returns while the paint hold is active, so later fragments can reach the parser without presenting an intermediate canvas. Receipt: browser log.
Typing baseline (pre-integration production build) completed on infraternal-perf-test under
systemd-run --user --scope -p CPUWeight=10000; load average before/after was0.04 0.05 0.24/0.19 0.08 0.25. At configured 300 ms RTT, 20 predicted glyph samples were p50 14.30 ms / p99 14.90 ms (D41 budget 17 ms); confirmed echo was p50 331.40 ms / p99 332.30 ms. Receipt: log, production screenshot.The second integrated browser run kept canvas pixels unchanged through the split output, but the existing render-pass counter rose from 108 to 112 before reset. I added a test-only mode-hold metric assertion so the next run can distinguish an early timeout from render activity that does not change visible pixels. Receipt: browser log.
The split-frame test was inheriting the 300 ms RTT fixture, which adds 150 ms one-way delay and matches the 150 ms paint deadline. The canvas stayed unchanged, while the pass counter advanced during the timeout observation. I set this functional browser spec to RTT 0 so it measures mode gating without the fixture consuming its bounded timeout; the dedicated typing benchmark keeps its 300 ms RTT.
The synchronized-output Playwright spec contains a bounded-time assertion, so its evidence must come from the named perf VM. I cancelled the queued build-host run before it acquired a build slot. Earlier build-host runs remain functional diagnostics only; I will rerun the timed spec on the perf VM against the branch build.
Review found that the terminal write callback advances
lastOutSeqand returns output credit only after paint (apps/tracer/src/terminal.ts, output drain callback). Calling it early would acknowledge bytes before pixels were painted. The integration now scans in receive order and submits held output as one queued write; the browser spec waits for received sequence while held and painted sequence after release. Verification pending.Step 1 complete: commit
ba8085b7casets COLORTERM=truecolor beside TERM and verifies the login-shell environment. Test: 1 passed, 0 failed.cargo clippy --locked -p infraternal-shim --all-targets -- -D warningspassed;cargo fmt --all -- --checkpassed. Receipts: shell test, clippy.TypeScript check found the Playwright polling option must be
intervals, notinterval, inapps/tracer/test/synchronized-output.spec.ts. Corrected it; the original compiler error is attached: check output. The corrected check and unit tests are rerunning.Step 2 complete: commit
583bafb443adds the mode-2026 scanner, 150 ms hold bound, and five unit cases; the tracer TypeScript check and all five tests pass. Receipt: TypeScript check and unit tests.Production bundle built and D188 budgets pass. Before→after: critical gzip 300187→301205 bytes (+1018; limit 307200), Brotli 250051→251001 (+950; limit 256000); deferred gzip 49071→49087 (+16; limit 51200), Brotli 43444→43517 (+73; limit 45056); largest on-demand gzip 15097→15101 (+4; limit 20480), Brotli 13462→13447 (-15; limit 18432). On-demand class totals are reported, not limited: gzip 87449→87484, Brotli 78055→78005. Receipt: after build budget log.
Renderer review found that coalescing a wrapped output ring into one contiguous buffer could allocate up to the 1 MiB output credit per synchronized frame. The batch now feeds the ring's at most two contiguous views in one JS task and attaches the existing paint callback only to the final view, avoiding a full-frame copy while keeping acknowledgement after paint. Verification pending (
apps/tracer/src/terminal.ts).Detached origin/dev static x86_64 size baseline complete at
6f7cde60a4. Recipe:scripts/static-cargo build --locked --release --package infraternal --target x86_64-unknown-linux-musl; output is stripped static PIE, 21,225,872 bytes. This is the existing cap; branch comparison follows after integration.Final integration check:
bun run checkpassed;bun test src/synchronized-output.test.tspassed 5/5; production bundle rebuilt after the ring-segment change and D188 budgets passed. Compared with the pre-change receipt, critical JS is gzip 300,187 -> 301,331 bytes (+1,144; 5,869 below 307,200) and Brotli 250,051 -> 251,101 (+1,050; 4,899 below 256,000). Deferred is gzip 49,071 -> 49,076 (+5), Brotli 43,444 -> 43,439 (-5). Largest on-demand chunk is gzip 15,097 -> 15,099 (+2), Brotli 13,462 -> 13,461 (-1); class totals gzip 87,449 -> 87,450 and Brotli 78,055 -> 78,013. Receipts: final budget output, production build output. The earlier D188 after numbers were from the pre-ring-refactor bundle; these replace them.Review finding in
apps/tracer/src/terminal.ts: a synchronized batch can cross the replay response fence before its one paint callback, leaving parser replies suppressed for live bytes beyond the fence. The batch write loop now splits at the fence, switches reply handling for subsequent bytes, and keeps paint/credit acknowledgement on the final fragment. TypeScript and browser verification are pending.Updated final bundle after the replay-fence correction: scanner tests passed 5/5, production build passed, and D188 transfer budgets passed. Compared with the pre-change receipt, critical JS is gzip 300,187 -> 301,453 bytes (+1,266; 5,747 below 307,200) and Brotli 250,051 -> 251,199 (+1,148; 4,801 below 256,000). Deferred is gzip 49,071 -> 49,083 (+12), Brotli 43,444 -> 43,494 (+50). Largest on-demand chunk is gzip 15,097 -> 15,099 (+2), Brotli 13,462 -> 13,472 (+10); class totals gzip 87,449 -> 87,487 and Brotli 78,055 -> 78,049. The prior “final” after-build numbers predated the replay-fence adjustment; this receipt replaces them: tests, build and transfer-budget output.
The first perf-VM browser attempt exited 1 after 2 s (load average 0.00 -> 0.08 0.02 0.01). Its Playwright
outputDiroverlapped the evidence root, so Playwright cleanup removed the wrapper'srun.logbefore it could be read. I separatedplaywright-runner/from the evidence root and recopied the harness; retry is queued. Failed-run receipt: wrapper output.The second perf-VM attempt exited 1 after 2 s at load average 0.07 0.02 0.00 -> 0.07 0.02 0.00. The minimal remote test project lacked
apps/tracer/package.json; Node therefore treatedtest/evidence-path.tsas CommonJS and rejectedimport.meta. I copied the app package metadata (type: module) into that isolated test project and verified it with the pinned Node 22 runtime. Receipt: VM run log.The first actual browser spec run exited 1 after 10 s at load average 0.03 0.02 0.00 -> 0.02 0.02 0.00. The first frame fragment reached the test after its 150 ms hold had expired, so the held-state assertion saw false. The spec used Playwright's default 100 ms poll interval plus a canvas hash after every fragment. I reduced the receipt poll interval to 2 ms and moved the canvas comparison after all three messages while retaining per-message hold/render-pass assertions. Retry pending. Receipt: VM test output.
Correction: the 150 ms timeout explanation is a working hypothesis, not yet confirmed; the prior comment overstated it. The retry logs elapsed time and held state after each fragment, which will distinguish timeout from mode recognition failure.
The fourth VM run confirmed the timeout interaction at load average 1.09 0.34 0.12 -> 1.38 0.43 0.15: fragment 1 was checked at 176.8 ms (held), but fragment 2 only arrived at 363.9 ms (the 150 ms hold had released). The test's per-message HTTP and Playwright round trips were slower than its frame window. I changed the test double to send three distinct Output frames 20 ms apart in one request, then verify the final received sequence, unchanged render-pass count and canvas while mode 2026 remains held. The production timeout remains 150 ms. Receipt: VM run with per-fragment timings.
The production browser spec now passes 1/1 on infraternal-perf-test, with
TRACER_TEST_PORT=4246, RTT 0 ms, andsystemd-run --user --scope -p CPUWeight=10000. Load average was 2.96 2.87 1.78 before and 2.51 2.78 1.76 after. The spec sent three separate Output frames 20 ms apart:synchronized_output_frames=3 elapsed_ms=195.2 held=true; render-pass count and canvas stayed unchanged until reset, then the full frame painted. The missing-reset case released at 304.0 ms measured from before the HTTP request (including request/test overhead); the application hold remains capped at 150 ms from mode recognition. TypeScript check passed. Receipts: VM wrapper and load, Playwright result, before frame, completed frame, TypeScript check.Finding: the local branch is two commits behind current origin/dev (HEAD
583bafb; origin/dev4c95aabd, containingf29713863and4c95aabd). The in-progress iterate gate is running against the unchanged tree; after it exits I will merge origin/dev and re-run the gates on the resulting branch head.Iteration gate finding:
test shared_ownership_shell_preserves_recovery_and_refusal_invariantsfailed becauseprevious_attempt_shell.pyrequiresINFRATERNALE_TEST_RUNTIME_HELPER, which the gate command did not set (32 setup errors; Rust rows otherwise passed excepttest). The fixture binary exists attargets/rust/debug/examples/recovery-helper. I will rerun this test with the fixture path supplied, then run the final gate with that same test input. Full gate receipt: verify-iterate.log.Correction to the previous gate note: the test itself is sound. I omitted its
INFRATERNAL_TEST_RUNTIME_HELPERinput from the first gate invocation. With that variable set totargets/rust/debug/examples/recovery-helper,previous_attempt_shellpasses 1/1 in 6.95 s. Receipt: previous-attempt-shell-retry2.log. The next iterate run will include this fixture path.Merged current origin/dev into the lane: base
4c95aabd(D307, D308), merge commit1951ed6318. The lane changes remain in the worktree; rerunningscripts/verify iterateon this base with the required runtime-helper test input.Iterate rerun finding: the runtime-helper fixture input is now set, but
agent_daemonfailed before exercising the daemon because the nested state root made its AF_UNIX fixture path 119 bytes. I will rerun with the job root itself asINFRATERNAL_TEST_STATE_ROOT, reducing the fixture prefix. Receipt: verify-iterate-merged.log.The shortened state root fixes the fixture path:
agent_daemonpasses 1/1, including all 24 abrupt-stop/replay iterations (4,710,396 payload bytes). Receipt: agent-daemon-short-root.log. I will use the job root for the next full iterate run.Iterate rerun finding:
agent_daemonand all earlier SSH tests passed with the short job root; five cases inrecovery_supportstill failed because their longer absolute socket paths exceeded AF_UNIXsun_path. The tests document that this root must be shorter. I will keep fixture files in this job's scratch directory and expose that directory to the test process through a short inherited file-descriptor path, then rerun the affected test. Receipt: verify-iterate-final.log.The private-mount test setup resolves the socket-path issue while keeping fixture storage in this job's scratch directory:
recovery_supportpasses 11/11, 1 ignored, with/mntbound to the job scratch root inside a private mount namespace. Receipt: recovery-support-mount-namespace.log. The next iterate and final fast runs will use this namespace and test root.Perf VM lock wait has exceeded 45 minutes for the typing pair. Current
/var/lock/perf-bench.ownercontent:addhost-readd-r3 root 2026-10-19T06:11:05.590962+00:00. VM load average:0.00 0.00 0.05. Continuing to wait for the lock.Correction: the full iterate attempt inside
unshare --map-root-userchanged the process UID and caused restart tests to fail with permission errors/timeouts. I replaced that setup with a transient user-systemd service usingBindPathsto expose this job's scratch directory at/mnt, preserving the normal UID. Under that setup,recovery_supportpasses 11/11 (1 ignored) and the restart ownership test passes 1/1. I will rerun the full iterate gate and final fast gate through the same service wrapper. Receipts: failed namespace gate, recovery support, restart test.Gate setup finding: the short-path systemd scope exposes
/as UID 65534, so restart admission tests reject the fixture ancestors by design. The same rootless replacement test passes on the host (1/1, 6.60s). The diagnostic service receipt confirms the mapped root; I am switching to an in-checkout relative socket root for the remaining gate run. restart-test-systemd-debug.logThe AF_UNIX fixture path exceeded
sun_pathwith the job scratch root.recovery_supportnow accepts a short socket-fixture root independently of the private state root; both roots remain inside this checkout/job scratch. Target suite: 11 passed, 1 ignored, 2.05s. Current HEAD:1951ed63187e5e84283cd320607651dd275ff9e6. recovery-support-split-root.logThe latest iterate run reached
previous_attempt_shelland failed because the invocation usedINFRATERNALE_TEST_RUNTIME_HELPER; the test expectsINFRATERNAL_TEST_RUNTIME_HELPER. I also found the SSH recovery fixture’s state-root spelling had the same extraE; it now follows the shared variable name. Restart unit tests passed (99/0/1 ignored), andagent_daemonpassed (24 stop/replay cycles). I will rerun iterate with corrected names. Receipt: verify-iterate-short-socket-root.log.Correction: the failed iterate invocation used the same extra
Ein all three configured test variables, so it did not apply the job state root, short socket root, or runtime helper path. Therecovery_supportfixture now uses the sharedINFRATERNAL_TEST_*spelling, and its target passes with the intended split roots (11 passed, 1 ignored, 2.35s). Rerunning iterate with the corrected variables.D307 query-reply work completed at 23723c0c836dd63e3415d478a56e4d87c9ce8e14. Atomically pushed origin/query-replies-d307 and fast-forwarded origin/query-replies to that head. No deployment.
The finish record on #160 contains the full verbatim green scripts/verify fast output, exact fixture environment/reproducer, nine passing browser specs, real static-shim PTY proof with three viewers and 10,000 unknown marked replies, strict codec/parser review, perf VM receipts, size deltas and cleanup proof. No failed gate row was waived. Earlier harness setup failures and their passing results are retained there.
Native static x86 −2,176 bytes; ARM ceiling −11,912; final critical JS gzip +1,000 / Brotli +782 bytes, all budgets pass. Typing budgets pass, with paired local echo p99 +0.08–0.11 ms disclosed rather than claiming identical latency. Separate complete first-run browser sign-in/reconnect budget failures are explicitly recorded on #160. Issues remain open.
Corrected
scripts/verify iteratepassed: fmt, VT fmt, plugin compile-out, clippy, workspace tests, cargo-deny, transfer checks, and TypeScript tests (37 pass; stream differential 134 streams / 11,439 schedules / zero divergences). Current bundle vs base: critical gzip 301,453/307,200 (+1,266) and Brotli 251,160/256,000 (+1,109); deferred 49,087/51,200 (+16), 43,480/45,056 (+36); on-demand total 87,472 gzip / 78,030 Brotli, largest chunk 15,097 / 13,454. Current HEAD1951ed63187e5e84283cd320607651dd275ff9e6. Receipt: verify-iterate-final-correct-env.log.Correction to my previous note: the repository’s original
INFRATERNAL_TEST_STATE_ROOTspelling was already correct. I introduced the extraEin the new socket-root fallback and in several runner invocations; both are now corrected. The successful iterate used the shared spelling.Committed the socket-only test root as
3db72a9f3466a8d8bc9d12101167cffc2d764dee.recovery_support: 11 passed, 1 ignored (2.35s). The correctedscripts/verify iteratealso passed, including workspace clippy and tests. Receipts: target suite, iterate gate.Committed exhaustive split-boundary property coverage as
763c133392b8726d72edbc15aed3e8edc3430b99.bun test src/synchronized-output.test.ts: 6 passed, 0 failed, 1,281 assertions. It also passed in the corrected iterate run: gate receipt.Committed browser coverage and its test-server route as
b2837b9a711c24b238a0bd1401aafdb5ff5bd9a2. The perf-VM spec passed 1/1: three separate Output frames remained off-canvas with no render-pass increase until reset; the missing-reset hold released at 304.0 ms including harness overhead (application cap: 150 ms). Load average was 2.96/2.87/1.78 before and 2.51/2.78/1.76 after. Receipts: Playwright run, before frame, completed frame.Typing latency pair still awaits the perf-VM lock after 45 minutes.
/var/lock/perf-bench.owner:addhost-readd-r3 root 2026-10-19T06:43:13.006686+00:00. VM load:0.04 0.03 0.00. I will keep waiting and run the prepared before/after pair as soon as the lock is released.Committed the TerminalClient paint hold and bounded batch drain as
5efb7fe496319367310572c55d637d69a3fd9754. The 150 ms hold blocks terminal and cursor rendering until reset or timeout; the corrected iterate gate passed with workspace clippy/tests and the tracer TypeScript checks. Latest D188 transfer measurement: critical 301,453 gzip / 251,160 Brotli (budgets 307,200 / 256,000); deferred 49,087 / 43,480 (budgets 51,200 / 45,056); largest on-demand chunk 15,097 / 13,454 (budgets 20,480 / 18,432). Gate receipt.Restarted #206 items 6 and 8 on branch
term-env-sync, worktree.worktrees/term-env-sync, continuing at local HEADb2837b9a711c24b238a0bd1401aafdb5ff5bd9a2. Current fetchedorigin/devise2f1c646e0d7d0b06ae742cd9aed6cdb7943f592; the branch is 27 commits behind and I will merge this base before final gates. Reviewed the issue history; it records no parent issue.Merged current
origin/devinto the lane as632ce5f664f99cd4e9345b32d2bb60e7d14a0160(basee2f1c646). The merge auto-composed the sharedapps/tracer/src/terminal.tschanges with the mode-2026 paint hold; no conflicts. Upstream also adds the current focus-intent and connection-liveness work. I’m reviewing the combined terminal path before running the gates.Perf VM lock remains held after more than 45 minutes:
/var/lock/perf-bench.ownerisaddhost-readd-r3 root 2026-10-19T06:43:13.006686+00:00;systemctl --user is-active codex-addhost-readd-r3reportsinactive; VM load is0.03 0.03 0.00. I have not changed or removed the shared lock and will continue waiting for the orchestrator to clear it before measurements.Rechecked the committed synchronized-output scanner on merged HEAD
632ce5f664f99cd4e9345b32d2bb60e7d14a0160:bun test src/synchronized-output.test.tspasses 6/6 tests and 1,281 assertions, including every pair of input chunk boundaries, control-string exclusions, RIS reset, CSI bound and timeout release. The integrated gate remains queued for a build slot.The merged tracer TypeScript check passes at HEAD
632ce5f664f99cd4e9345b32d2bb60e7d14a0160:bun run checkexits 0 (bun x tsc --project tsconfig.json). The shared build-slot wrapper is still waiting; the full iterate gate will repeat this check along with bundle and Rust gates.The first integrated
scripts/verify iteratefailed only inprevious_attempt_shell: 32 setup errors show that the test did not receiveINFRATERNAL_TEST_RUNTIME_HELPER(KeyErroratprevious_attempt_shell.py:25). I misspelled the three fixture variables by omitting the finalL, so the intended state root, short socket root and helper path were not applied. This was a test invocation error; no product test ran in that fixture. The host-load-sensitiverepeated_tiny_credit_pauses_preserve_shell_progresspassed. I’m correcting the variable names, checking the fixture alone, then rerunning iterate.Corrected the fixture environment and isolated the failing test:
cargo test --locked -p infraternal-plugin-ssh --test previous_attempt_shellpasses 1/1 in 6.14 s. It resolves the prior gate failure as an omittedLin my runner environment, not a product regression. Rerunning the full iterate gate withINFRATERNAL_TEST_STATE_ROOT,INFRATERNAL_TEST_SOCKET_ROOT, andINFRATERNAL_TEST_RUNTIME_HELPERset correctly.The second iterate run passed
previous_attempt_shell, butrecovery_supportfailed 3/12 cases: I supplied the short socket root as relativet; those fixtures change the child working directory before binding, so Python reportedFileNotFoundErroratrecovery_support.rs:331. Eight cases passed and one was ignored. I’m rerunning this suite with a short absolute/proc/<runner-pid>/fd/9path backed by this job’s scratch directory; no product code changed.The short absolute socket alias backed by this job’s scratch directory resolves the test harness issue:
recovery_supportpasses 11/11 with 1 ignored in 4.01 s. I’ll use/proc/<runner-pid>/fd/9for the full iterate run so child fixtures keep an absolute path after changing directories.Corrected branch-head
scripts/verify iteratepassed at632ce5f664f99cd4e9345b32d2bb60e7d14a0160.infraternal(99 passed, 1 ignored),agent_daemon(24 passed), and the SSH integration suites (previous_attempt_shell1 passed;recovery_support11 passed, 1 ignored).Gate output:
origin/devadvanced by one decisions-only commit during this run; I will merge it before the final branch-head gates.Merged the current
origin/devtip (4356e7989) intoterm-env-sync; merge commit:5ebc67dc7187d3bc082fa24f9663092a46bea912. This was D309 decisions only (DECISIONS.md); no source code or generated assets changed. The precedingscripts/verify iterateremains green, with branch bundle sizes recorded in the previous update. Final branch-headscripts/verify fast, browser timing and binary-size comparisons are next.Perf-VM browser finding (port 4266, RTT 0, load 0.00/0.06/0.16): the split-frame spec failed once after 68.1 ms with mode 2026 held.
renderPasseswas 69 versus 61 before sending the batch; the next canvas-pixel assertion was not reached. A preceding run of the same spec passed, so this is not yet classified as a product failure or test-only race. I’m tracing the counter and output sequence before rerunning. Evidence: run log, Playwright error context.Root cause confirmed for the flaky assertion: the spec compares the render counter with a value captured before the opening Output frame reaches the browser. On a 90 ms diagnostic sample,
renderPassesstayed at 61 from the first held sample (10.9 ms, received sequence 34) through the last held sample (94.1 ms, received sequence 58);outputSequencestayed at 10 and the canvas hash remained unchanged. A second trace had 68 passes from its first held sample at 14.1 ms through 147.6 ms, also unchanged throughout the hold. Thus the 61→69 test failure counts redraws before the first observed hold; it does not show a paint during mode 2026. The 90 ms diagnostic passed and the missing-reset timeout released in 300.2 ms. I’ll change the spec to compare render passes within the held interval, then rerun the production browser gate.Evidence: 90 ms diagnostic log, longer trace showing stable 68 passes until timeout, canvas before the frame, canvas after release.
The spec now samples the renderer only after mode 2026 is observed and checks four animation frames while held. Production browser rerun passed on infraternal-perf-test, port 4266, RTT 0: 3 Output frames, 4 held samples across 133.5 ms, mode held throughout, output sequence unchanged, canvas pixels unchanged; missing-reset release was 427.4 ms (under the 500 ms browser assertion). Playwright: 1 passed in 5.9 s. Load average was 0.01/0.05/0.11 before and 0.09/0.06/0.12 after. Screenshots and log: run log, before frame, complete frame. The branch and merge-base stripped static x86_64 binaries both measured 21,225,872 bytes with the same recipe (preliminary delta 0 B); final fast-gate size check remains.
Perf-VM normal-typing comparison, 300 ms RTT, 20 keys per run, same port 4266 and production typing harness. Prediction p99: 14.1→14.1 ms in pair 1 and 14.2→14.1 ms in pair 2. Confirmed echo p50: 313.9→313.9 ms and 313.9→313.5 ms. Confirmed echo p99: 316.2→321.0 ms and 315.3→320.7 ms (+4.8/+5.4 ms); I’m retaining this small tail spread in the record. Before/after load averages were 0.01/0.04/0.09 → 0.15/0.06/0.10 and 0.29/0.11/0.11 → 0.25/0.11/0.11. Every run painted 20/20 echoes and passed.
Receipts: before 1, after 1, before 2, after 2.
Committed the synchronized-output spec correction:
278ec65bbc235c160ecdd961f7c362201551245d. It compares renderer passes only after the browser observes mode 2026, samples four held animation frames, and checks the sequence and pixels stay unchanged.bun run checkpassed;src/synchronized-output.test.tspassed 6/6 with 1,281 assertions. The production Playwright run passed 1/1 on the perf VM (three Output frames, four held samples over 133.5 ms, timeout release 427.4 ms); screenshots and browser logs are in the prior update. TypeScript and unit-test receipt.Base provenance correction: the current merge base is
149793e5abb8aa27e563e1a326252073f6498632(D310). It is already the second parent of merge commit5ebc67dc7, so no additional merge was needed (git merge origin/devreported already up to date). D310 adds only 14 lines toDECISIONS.md; the measured static baseline at its parent4356e7989has identical source/build inputs. The branch binary measured 21,225,872 bytes and the baseline binary measured 21,225,872 bytes with the same static recipe.Finding in the final
scripts/verify fast: theinfraternal-servertest executable reported 562 passed, 1 failed, 52 ignored. The failure isauth::tests::socket_tests::review_subscription_refusal::oversized_refusal_cannot_reinstall_a_queued_mesh_subscription, panicking atcrates/infraternal-server/src/auth/socket_tests/review_subscription_refusal.rs:48withPoolTimedOutwhile opening its SQLite pool. The test is not one of the designated baseline-waiver timeout rows, so I will rerun it alone on the branch and diagnose any repeat. Failure excerpt.Fast gate completed at
278ec65bbc235c160ecdd961f7c362201551245dbut failed two checks. The server testoversized_refusal_cannot_reinstall_a_queued_mesh_subscriptiontimed out opening its SQLite pool at fixture line 48, before its test body; 562 passed, 1 failed, 52 ignored. Static x86_64 size is 21,225,872 bytes (cap pass); aarch64 is 19,427,816 bytes against 19,427,688 (+128 bytes), causing the static-size fixture check to fail. Full receipt: verify-fast-final.log. I will compare the aarch64 result to currentorigin/dev, then isolate the pool test and rerun the gate after resolving any branch-caused failure.Size attribution is confirmed: rebuilding
4356e798(code identical toorigin/dev; only DECISIONS.md differs from merge-base149793e5) produced a stripped static aarch64 binary of 19,427,688 bytes, exactly at cap; the branch gate produced 19,427,816 bytes (+128). Baseline build receipt. I consolidated the fixed PTY environment entries into oneOsStriterator to shareCommand::envcode, preserving HOME/USER/LOGNAME/SHELL/TERM/COLORTERM/PATH values.cargo fmt --all -- --checkandgit diff --checkpass. I am measuring the branch artifact and running its shell environment test next.The shell environment test passes with the compact PTY environment builder: 1 passed, 0 failed; the shell observed
COLORTERM=truecolor. The pool-timeout test from the full gate also passes in isolation (1.49 s, 1 passed, 365 filtered); its earlier failure was at SQLite fixture pool connection, before the test body. Receipts: shim-env-test.log, pool-test-rerun.log. I will rerunscripts/verify fastat the final head after the aarch64 size check and atomic commit.The final PTY environment candidate fits the aarch64 static cap: 19,427,432 bytes versus 19,427,688 (256 bytes under cap), compared with the pre-optimization branch's 19,427,816 bytes. It reuses a borrowed
Pathfor the readiness/bin/shpath, preserving the shell selection while avoidingPathBufallocation. The directTERM/COLORTERMchain and shell-visible test remain intact.cargo fmt --all -- --check,git diff --check, shim clippy (-D warnings), and the PTY shell environment test pass. Receipts: aarch64 build, shell test. The x86_64 static artifact and final fast gate remain to be measured.Both shipping static targets fit without changing D243 caps. Using the same
scripts/static-cargorecipe and target directory: x86_64 branch = 21,225,104 bytes vs merge base = 21,225,872 (-768); aarch64 branch = 19,427,432 vs merge-base cap/artifact = 19,427,688 (-256). The PTY shell environment test passes, shim clippy passes with-D warnings, and fmt/diff checks pass. Receipts: x86_64 build, aarch64 build, PTY shell test. I’m committing the borrowed readiness shell path as a size/performance fix; it preserves the selected path while avoiding aPathBufallocation. The full fast gate remains pending on the final head.Committed
986254154(Use a borrowed path for the PTY fallback shell). The commit keeps the fixed static size caps and removes the readiness-shellPathBufallocation.cargo fmt --all -- --check, shim clippy with-D warnings, and the shell environment test pass (1/1). Stripped static sizes: x86_64 21,225,104 bytes (-768 vs merge base); aarch64 19,427,432 bytes (-256). I’m starting the required finalscripts/verify faston this head.Final-head fast gate at
986254154passed fmt, VT native fmt, CLI plugin compile-out, clippy, the full Rust workspace test suite, and cargo-deny. The only failed row is static builds: x86_64 now measures 21,225,104 bytes, 768 below the old 21,225,872-byte ceiling, so the fixture correctly requires a ratchet. The separately measured aarch64 artifact is 19,427,432 bytes, 256 below its 19,427,688-byte ceiling; both caps now need to be lowered per D243. Full receipt: verify-fast-head.log.Updated the D243 static size ceilings to the measured stripped artifacts: x86_64 21,225,104 bytes and aarch64 19,427,432 bytes.
bash -n scripts/verify.d/rust.shpasses.scripts/test-static-size.pypasses for each exact cap, rejects cap+1, requires ratchets for smaller artifacts, and rejects unsupported targets. Receipt: static-size-ratchet-test.log. I’m committing this gate-only ratchet before the final fast run.Committed
b9c7dc68a(Ratchet static size ceilings to the measured PTY artifacts).bash -n scripts/verify.d/rust.shandscripts/test-static-size.pypass: exact caps pass; each cap+1 is rejected; smaller artifacts require ratcheting; unsupported target is rejected. The full Rust test row passed in the prior final-head run. Starting the required fullscripts/verify faston this head now.Finished at
b9c7dc68a8a7ef075008a5b0a29802014d53a0a5; worktree is clean.scripts/verify fastexited 0. Full transcript: verify-fast-final-head.log.Final stripped static sizes are 21,225,104 bytes x86_64 and 19,427,432 bytes aarch64, each at its ratcheted D243 ceiling. Compared with merge base, they are -768 and -256 bytes. Boundary checks passed at cap, rejected cap+1, and require ratchets for smaller artifacts.
D188 transfer budgets, pre-change → final: critical gzip/Brotli 300,187/250,051 → 301,925/251,551 (+1,738/+1,500); deferred 49,071/43,444 → 49,093/43,536 (+22/+92); largest on-demand chunk 15,097/13,462 → 15,100/13,457 (+3/-5).
Perf VM typing comparison (300 ms RTT, 20 keys per run, two pairs): predicted glyph p50/p99 was 13.3/14.1 → 13.2/14.1 ms and 13.4/14.2 → 12.6/14.1 ms. Confirmed echo p50/p99 was 313.9/316.2 → 313.9/321.0 ms and 313.9/315.3 → 313.5/320.7 ms. Echo p50 was stable; p99 rose 4.8 and 5.4 ms in the two pairs.
Verbatim final gate output:
Started break-it review #206 on branch
review-term-env-sync, reviewinggit diff origin/dev...b9c7dc68a. HEAD isb9c7dc68a8a7ef075008a5b0a29802014d53a0a5; merge base withorigin/devis149793e5abb8aa27e563e1a326252073f6498632. Issue history has no parent issue. I’m checking PTY environment coverage, synchronized-output parser/renderer edge cases, reconnect and multi-window isolation, and the perf-VM typing comparison.Source review: all PTY creation funnels through
Pty::spawn_with_readiness, which setsTERM=xterm-256colorandCOLORTERM=truecolortogether (crates/infraternal/src/pty.rs). The six scanner unit tests pass (1,281 assertions), including reset without set and chunk-spanning control sequences.SynchronizedOutputhas a 150 ms first-set timer, independent state perTerminalClient, and reset on stream retry/snapshot replacement.handleInput()andPredictiveEcho.input()are not behind the hold. I found no source-level P0/P1; production browser timing and reconnect probes remain in progress.Perf VM browser finding (infraternal-perf-test; load before the 5-sample run was 0.08 0.80 1.13): directly measured missing-reset holds were 150.1–156.8 ms; reconnect cleared the hold at 150.2/150.5 ms. The split-frame test received all 3 Output chunks while the canvas stayed unchanged. With RTT 80 ms, the probe confirms host echo was received during the hold; predicted overlay appeared at 9.3–22.3 ms, but host echo was paint-visible 18.2–39.6 ms after release, with 3/5 samples over 34 ms. The existing split-frame spec's 704.6 ms end-to-end assertion begins before the HTTP output request; the direct scanner timer confirms the actual hold deadline. Logs are in
$HOME/.cache/codex-scratch/review-term-env-sync/evidence/{browser-probes,direct-hold,direct-hold-repeat,direct-hold-repeat-5}.log; counting actual post-release animation frames is in progress.Follow-up to the held-echo finding: the prior 18.2–39.6 ms values observed when outputSequence became visible could include an extra RAF polling interval. I enabled the existing PerformanceProbe
onPaintedOutputcallback, timestamped after the renderer callback. A production-bundle sample on infraternal-perf-test (load before 0.67 0.85 1.10, measured RTT 82.1 ms) held for 152.3 ms and painted the host echo at +27.7 ms after release. That exceeds one 60 Hz frame (~16.7 ms); I’m repeating the exact callback measurement. Log:$HOME/.cache/codex-scratch/review-term-env-sync/evidence/paint-callback.log.Exact callback repeat on infraternal-perf-test (candidate bundle, RTT 60.3–89.1 ms, rAF median 16.70 ms): all 5 samples saw the host echo received while the hold remained active.
(hold_ms, RTT_ms, paint callback after release)were(157.3,60.3,32.3),(150.2,73.5,114.1),(154.5,78.4,13.1),(150.1,70.2,14.4),(155.5,89.1,14.9). Three painted within one measured frame; two missed, including one at 114.1 ms. This is a repeatable path with an outlier still under review; log:$HOME/.cache/codex-scratch/review-term-env-sync/evidence/paint-frame-scaled.log.The existing 20-key typing harness baseline A ran on infraternal-perf-test at configured RTT 300 ms (measured 312.90 ms): confirmed echo with prediction p50 327.50 ms / p99 330.70 ms; predicted glyph p50 12.50 / p99 13.70 ms; prediction CPU p99 0.300 ms. The full test exited nonzero at its separate reconnect-resumed check (p99 1,526.30 ms, budget 900 ms). Metrics were emitted before that assertion; the run log is
$HOME/.cache/codex-scratch/review-term-env-sync/evidence/typing-pairs.log. I am preserving that exit status and continuing candidate runs.Paired 20-key typing results on infraternal-perf-test (configured RTT 300 ms): baseline A/B measured RTT 312.90/307.20 ms and confirmed echo p50/p99 327.50/330.70 and 313.60/326.80 ms; candidate A/B measured RTT 312.10/298.40 ms and p50/p99 314.00/328.60 and 307.10/313.80 ms. Candidate p99 deltas were -2.10 and -13.00 ms; no consistent slowdown. Predicted-glyph p99 was baseline 13.70/24.00 ms and candidate 14.00/14.00 ms; prediction CPU p99 0.2–0.3 ms with no fallback. All complete runs emitted metrics but exited at unrelated harness thresholds (baseline reconnect p99 1,526.3/1,493.6 ms vs 900 ms; candidate A reconnect 1,528.7 vs 900 ms; candidate B sign-in p99 5,009.1 vs 5,000 ms). Logs:
$HOME/.cache/codex-scratch/review-term-env-sync/evidence/typing-pairs.logandtyping-followups.log.P1 finding; verdict HOLD. The scanner timeout is bounded at 150.1–157.3 ms, but the visible repaint is not reliably within one frame after release. Six exact
onPaintedOutputcallbacks under RTT 60.3–89.1 ms, with measured rAF interval 16.70 ms, followed release by 27.7, 32.3, 114.1, 13.1, 14.4, and 14.9 ms. Three exceed one frame; one sample held for 150.2 ms then painted 114.1 ms later, leaving the prior screen visible for about 264.3 ms. The echo sequence was received while the hold was still active. This crosses the requested ~200 ms freeze bound and misses one-frame echo behavior. No code changes made. Evidence: direct callback samples.Final-gate finding: corrected
scripts/verify fastused the exact helper key fromcrates/plugins/ssh/tests/common/mod.rsand a short state root. The test row failed inreview_inode_reuse_after_diagnostics_preserves_live_replacementatcrates/plugins/ssh/tests/install.rs:3483: the fixture did not reproduce inode reuse within 256 allocations (sampled inodes ranged from 4,880,834 to 4,881,880). The rest of the test suite passed. fmt, VT native fmt, CLI plugin compile-out, clippy, cargo-deny and static builds passed. Static sizes were x86_64 21,225,104 bytes and aarch64 19,427,432 bytes, each at its cap. Checking whether the fixture failure repeats in isolation.Verdict: HOLD (P1, no P0). The scanner releases a forgotten DEC 2026 hold at 150 ms, but the canvas can still visibly withhold the host's keystroke echo after release. With a measured 16.70 ms rAF interval, 3 of 6 exact
onPaintedOutputcallbacks were later than one frame after the timeout: 32.3, 114.1 and 27.7 ms. The worst measured visible hold was 264.3 ms (150.2 + 114.1 ms), over the roughly 200 ms freeze threshold. Host echo was received while the hold was active. Predicted glyphs appeared in 9.3–22.3 ms and did not wait for the hold.Paired typing runs at configured 300 ms RTT showed no consistent p99 slowdown: host echo p99 was 330.7 ms baseline / 328.6 ms candidate in pair A, and 326.8 / 313.8 ms in pair B. Predicted glyph p99 was 13.7 / 14.0 ms and 24.0 / 14.0 ms. Other reviewed cases passed: COLORTERM is set beside TERM at the shared PTY spawn path; split WebSocket frames stayed off canvas until complete; nested set/reset, reset without set, cross-chunk reset, 64 simultaneous holds, background windows, reconnect, and alternate-screen switches behaved as expected. Critical gzip grew 1,738 bytes; stripped x86_64 size fell 768 bytes.
Final
scripts/verify fastat headb9c7dc68a8a7ef075008a5b0a29802014d53a0a5exited 1. One unrelated workspace test failed:review_inode_reuse_after_diagnostics_preserves_live_replacementcould not reproduce inode reuse within 256 allocations (crates/plugins/ssh/tests/install.rs:3483). All other test cases passed; fmt, VT native fmt, CLI plugin compile-out, clippy, cargo-deny and static builds passed. Static sizes were x86_64 21,225,104 bytes and aarch64 19,427,432 bytes, both at their caps.Verbatim final Rust gate summary:
Full gate transcript: verify-fast-final.log. Review findings and evidence index: findings.md.
Follow-up to the finish record: the optional isolated retry of
review_inode_reuse_after_diagnostics_preserves_live_replacementremained queued behind active host builds for about 67 seconds; the test never started, so I canceled only that queued command. The fullscripts/verify fastresult in the finish comment remains the observed result. No repository files were changed.Updated evidence notes: findings.md.
Started round 2 on branch
term-env-sync-r2, based onorigin/term-env-syncatb9c7dc68a8a7ef075008a5b0a29802014d53a0a5. Read all #206 comments; Forgejo records no parent issue. Continuing the P1: release-time painting must land on the first animation frame after reset or timeout, and timeout release must not depend on later output.Finding: the renderer callback can be one frame late even when the synchronized hold is released.
SynchronizedOutput.setEnabled(false)clearspaintHeldwithout scheduling a release paint (apps/tracer/src/synchronized-output.ts:196-204). The output drain serializes writes until a prior Ghostty callback completes (apps/tracer/src/terminal.ts:1429-1460); if that callback runs after the renderer pass, it drains the held queue and Ghostty schedules the next write callback with anotherrequestAnimationFrame(apps/tracer/vendor/ghostty-web/dist/ghostty-web.js,writeInternal). I’ll schedule a release-frame render and finish any already-applied queued write only after that render, keeping the 150 ms hold and receive ordering.cargo test --workspace --lockedinscripts/verify iteratefailed only in the documented SSH fixture flakereview_inode_reuse_after_diagnostics_preserves_live_replacement(crates/plugins/ssh/tests/install.rs:3417): “fixture could not reproduce inode reuse in 256 allocations.” The same failure repeated in a captured workspace-test rerun; all other Rust test binaries passed. This task changes only tracer TypeScript. Continuing with the requested browser measurement and final fast gate.Production browser measurement on infraternal-perf-test, run under
systemd-run --user --scope -p CPUWeight=10000: 20/20 host echoes arrived while the hold was active and painted after release at p50 9.1 ms / max 14.2 ms. Measured rAF median was 16.70 ms. Hold duration was p50 148.2 ms / max 152.0 ms. Configured RTT was 80 ms (30 ms jitter); self-test measured p50 81.76 ms / p99 105.64 ms. Load average before/after:0.03 0.06 0.03/0.10 0.08 0.04. The production split-frame check kept pixels andoutputSequenceunchanged through all three chunks, then displayed the complete frame after reset. Receipts: measurement and split check, production screenshot.Committed
291a4348797950efb544da0704b2f14cf6cc1e01. The release frame now draws the latest parser state and completes its pending write; if an earlier write occupied the callback slot, the same frame also drains and draws the queued atomic batch. The timeout still drains without waiting for another output message.bun run checkpassed; the deterministic synchronized-output unit tests passed (6 tests, 1,294 assertions).On the production bundle at 80 ms configured RTT, 20/20 echoes arrived during the hold and painted after release at p50 3.8 ms / max 16.8 ms; measured rAF median was 16.7 ms. Hold duration was p50 148.3 ms / max 151.3 ms. The split-frame check kept the screen unchanged across all three received chunks and showed the whole frame after reset. Measurement log, screenshot.
scripts/verify fastis running.Fast gate finding at
291a434879:infraternal-plugin-remoteunit testruntime_lock::tests::session_inspection_finds_bound_endpoints_by_identityfailed once. Incrates/plugins/remote/src/runtime_lock_tests.rs:266, after dropping the bound socket, the fixture receivedErr(73)instead ofOk(()). The adjacent inode-reuse SSH fixture passed (94 passed, 0 failed, 1 ignored). I am checking whether the socket result reproduces; no code changes are involved.Full fast gate rerun at
291a434879: the priorruntime_lock::tests::session_inspection_finds_bound_endpoints_by_identitypassed, but the remote library test group failed in two different tests.runtime_lock::tests::legacy_inspection_finds_a_real_bound_socketreturnedSome(true)after its listener dropped (crates/plugins/remote/src/runtime_lock_tests.rs:224);remote_quic::probe_tests::lost_path_proof_spends_its_reserved_retry_marginfailed its retry-margin assertion (crates/plugins/remote/src/remote_probe_tests.rs:202). The SSH install group passed 94 tests, 0 failed, 1 ignored. I am retrying when shared build activity is lower; no code changes are involved.Next full fast gate at
291a434879:runtime_lock::tests::session_inspection_finds_bound_endpoints_by_identitypassed. Two other remote library tests failed:runtime_lock::tests::legacy_inspection_finds_a_real_bound_socketsawSome(true)after listener close (crates/plugins/remote/src/runtime_lock_tests.rs:224), andremote_quic::probe_tests::lost_path_proof_spends_its_reserved_retry_marginfailed its retry-margin assertion (crates/plugins/remote/src/remote_probe_tests.rs:202). The Rust test row reported 96 passed, 2 failed, 15 ignored. I will rerun after the concurrent build jobs finish; no code changes are involved.Static binary size comparison completed at
291a434879using the same x86_64 static-cargo release recipe. Baseb9c7dc68a8: 21,225,104 bytes stripped static-pie. Branch: 21,225,104 bytes. Delta: +0 bytes. ReceiptFinding: the serial
scripts/verify fastrun failed onlyauth::tests::socket_tests::close_logging::agent_stream_loss_logs_its_safe_close_reason_and_reaches_the_browser. Its 10-second browser-close wait elapsed atcrates/infraternal-server/src/auth/socket_tests/close_logging.rs:248; the test target reported 562 passed, 1 failed, 52 ignored in 523.57s. The full log is attached: verify-fast-final.log. I am comparing this exact test on detacheddevper the host-load gate rule; current host load average is 21.17.The required detached
devbaseline comparison did not reproduce the timeout. With--features remote, the exact testauth::tests::socket_tests::close_logging::agent_stream_loss_logs_its_safe_close_reason_and_reaches_the_browserpassed: 1 passed, 0 failed, finished in 1.18s (test profile compiled in 3m59s). Receipt: baseline-auth-timeout.log. The first default-feature invocation selected zero tests and was discarded. I am rerunning the full branch gate because the baseline did not confirm a host-load failure.Finished #206 at
291a4348797950efb544da0704b2f14cf6cc1e01. Pushedterm-env-sync-r2and fast-forwardedorigin/term-env-syncfromb9c7dc68a8a7ef075008a5b0a29802014d53a0a5to this commit; both remote refs now point to the head.The deterministic fake-clock/frame test covers reset and timeout release. Production measurement on the perf VM: 20 samples, echo paint after release p50 3.8 ms / max 16.8 ms, median rAF 16.7 ms; hold duration p50 148.3 ms / max 151.3 ms. All 20 echoes arrived during the hold and split-frame protection passed. The initial gate's auth close timeout passed on the detached
devcomparison and in the final branch run.Static stripped size stayed unchanged: x86_64 21,225,104 bytes (+0); aarch64 19,427,432 bytes (+0). Receipts: production measurement, screenshot, size comparison, full final gate log.
Final
scripts/verify fastoutput:Started break-it review #206 on branch
review-term-env-sync-r2, based onorigin/term-env-sync-r2at291a4348797950efb544da0704b2f14cf6cc1e01. Read the required repo documents and all #206 comments; Forgejo records no parent issue. I’m reviewing the round-1-to-round-2 release-frame diff and its interactions against the listed hold, reconnect, resize, multi-viewer, and background-tab cases.Finding: the explicit “hold never blocks input” case fails. On the round-2 production bundle, 20 perf-VM samples had zero inputs accepted during the hold; host acceptance was 30.95 ms p50 / 65.00 ms max after timeout release. The hold duration observed from the test-side state was 140.60 ms p50 / 145.80 ms max, and key dispatch was 7.45 ms p50 / 15.50 ms max. Load average was 0.74 1.02 0.65 before and 0.85 1.02 0.66 after. The same committed browser assertion fails against both exact
b9c7dc68around-1 and291a43487round-2 production bundles: accepted input is 2, but the hold is already false. This is P2 and is pre-existing at round 1, so it is not a round-2 regression; it still fails the case requested for this review. I added the failing regression test locally at apps/tracer/test/synchronized-output-input.spec.ts.Evidence: round-2 20-sample input timing, round-1 baseline failure, round-2 failure.
Committed the failing held-input browser case:
a5aac70f9. It asserts keyboard input is accepted while a mode-2026 hold remains active; round 1 and round 2 both fail with input accepted only after timeout release. TypeScript check passed. Running the required branch-head gate next.The branch-head
scripts/verify fastrun is still queued in the required build-slot wrapper. All three configured slots are occupied by other builds; the verifier has not started. Waiting for a slot to free; branch head remainsa5aac70f9.Verdict: HOLD P2. Branch
review-term-env-sync-r2is pushed ata5aac70f9012b6cb5af0bcac7ad84318263556fd.The round-2 paint fix is confirmed: 20 delayed host echoes arrived during the hold and painted after release at 9.00 ms p50 / 16.60 ms max; observed hold was 134.75 ms p50 / 144.60 ms max. The reset, nested/repeated transition, timeout/disconnect, snapshot reattach, resize, background resume, and two-viewer cases passed on the round-2 bundle. Binary size delta remains +0 bytes.
P2: keyboard input is not accepted while a mode-2026 hold remains active. Across 20 samples, 0 input bytes were accepted during the hold; acceptance occurred 30.95 ms p50 / 65.00 ms max after timeout release. The committed browser case reproduces against both round 1 (
b9c7dc68a8a7ef075008a5b0a29802014d53a0a5) and round 2, so this is pre-existing, not a round-2 regression. Product code was left unchanged. Input and passing-case receipts are attached above; the full fast-gate log is verify-fast.log.The fast gate also failed outside the review diff:
latest::tests::startup_reclaims_only_owned_inactive_private_metadataandlatest::tests::cancellation_joins_verificationpanicked onOption::unwrap(); the static build could not find Zig at/home/kayg/.cache/codex-scratch/release-2/staging/target/auth-tools/zig/zig. These are not in the contract’s load-sensitive exception list.Final
scripts/verify fastsummary, verbatim:Started #206 on branch
sync-hold-input, base291a4348797950efb544da0704b2f14cf6cc1e01(origin/term-env-sync-r2). Read the repository contract and all #206 comments; the issue history records no parent issue. I’m merging the review branch to bring in its failing input-during-hold reproducer, then tracing why accepted keyboard input waits for the hold to release.Merged
origin/review-term-env-sync-r2intosync-hold-inputby fast-forward toa5aac70f9012b6cb5af0bcac7ad84318263556fd. This brings inapps/tracer/test/synchronized-output-input.spec.ts; the worktree is clean.Finding: the merged reproducer passed once on the existing production bundle. In a 20-run timing attempt, all 20 keydowns and server acceptance observations occurred while the hold was active; 7 runs exceeded the 16 ms threshold because the measurement timestamp came from a browser HTTP state-poll response (9.7–31.7 ms across samples), so that probe measured polling latency as well as input delivery. Perf VM load was 0.00 0.03 0.06 before and 1.07 0.32 0.15 after. I replaced the timing measurement with a timestamp at the browser WebSocket Input-frame send boundary while retaining the held-acceptance assertion. Raw run.
Finding: with the direct send probe, the 20-run input test sent and accepted all keys while the hold was active; WebSocket send latency was 0.8–1.4 ms. The merged reproducer passed 20/20, and the existing synchronized-output regression passed (3 frames held; 4 held-frame samples; timeout release 180.3 ms). The added echo-after-timeout assertion measured 6.2–19.9 ms (3/20 above a fixed 17 ms threshold). I am capturing animation-frame intervals now to determine whether those samples missed a frame or reflect the VM's frame cadence. Inputs and output samples are from the perf VM; its load was 0.06 0.29 0.21 before and 1.32 0.55 0.30 after. Evidence: direct input, original reproducer, synchronized output, echo timing.
The corrected browser measurement passed 20/20 on the perf VM. Keydown-to-WebSocket Input send was p50 1.00 ms, max 2.20 ms; each send and each host acceptance occurred while the hold remained active. Echo painted in the same or first animation frame after release in 20/20 runs (0 or 1 frame boundary; measured frame periods 16.5–16.8 ms), with paint delay p50 8.90 ms and max 17.40 ms. The existing synchronized-output browser regression passed 1/1; the original merged input reproducer passed 20/20. The earlier fixed-17-ms check was replaced with a frame-boundary assertion because timer-to-paint wall time can exceed one frame period while still landing in the first available frame. I have moved real input handling before waking the renderer and am verifying the branch-built bundle and gates. Final 20-sample receipt.
Step 1 committed as
452ad8de9: the input regression now measures the WebSocket Input send boundary, verifies host acceptance while paint remains held, and counts animation-frame boundaries through echo paint.bun run checkpassed. On the perf VM, the corrected case passed 20/20 (send p50 1.00 ms, max 2.20 ms; echo painted within 0–1 frame in all runs, p50 8.90 ms, max 17.40 ms). The merged reproducer passed 20/20 and the existing synchronized-output browser test passed 1/1. Receipt: 20-sample run.The production bundle rebuilt from this worktree, including the input-before-render-wake change, passed the corrected browser case 20/20 on the perf VM. Keydown-to-Input send was p50 1.10 ms, max 1.60 ms; every frame was sent and accepted while the hold was active. Echo painted in the same or first frame boundary after release in 20/20 runs; paint delay p50 10.75 ms, max 18.70 ms. The existing synchronized-output browser regression passed 1/1; it held three frames across four samples and released by timeout in 488.1 ms (<500 ms). Perf VM load was 0.15 0.73 0.55 before and 0.84 0.84 0.60 after the 20-run case. Evidence: branch bundle input/echo, synchronized-output regression. The runtime change remains uncommitted pending the repository iteration gate.
Step 2 committed as
875cef413: real terminal input is now handled and sent before cursor-blink restart and render-loop wake; parser replies retain the wake path. The branch-built bundle passed the perf-VM input/echo test 20/20 (send p50 1.10 ms, max 1.60 ms; 0–1 frame to paint echo, p50 10.75 ms, max 18.70 ms) and the existing synchronized-output browser regression 1/1.bun run checkpassed. Evidence: input/echo run, synchronized-output run.Finding:
scripts/verify iteratefailed once in the unrelated remote runtime lifecycle test:retained_runtime_registry_keeps_lifetime_ownership_after_listener_abortpanicked atcrates/infraternal-agent/src/plugin_control.rs:1040(probe.try_lock().is_ok()); the crate reported 143 passed, 1 failed, 20 ignored. A filtered rerun with--features remotepassed 1/1. I am rerunning the full gate to establish a clean result. Full gate log:$HOME/.cache/codex-scratch/sync-hold-input/evidence/verify-iterate.log.Finding: the next full
scripts/verify iteraterun failed one test incrates/plugins/ssh/tests/install.rs:review_inode_reuse_after_diagnostics_preserves_live_replacementcould not reproduce inode reuse in 256 allocations (93 passed, 1 failed, 1 ignored in that suite). This differs from the earlier isolated lifecycle test, which passed with--features remote. I am rerunning the SSH test alone, then will repeat the full gate. Gate log:$HOME/.cache/codex-scratch/sync-hold-input/evidence/verify-iterate-rerun.log.The SSH fixture failure was isolated to its shared default test-state directory:
review_inode_reuse_after_diagnostics_preserves_live_replacementfailed 0/1 there, then passed 1/1 withINFRATERNAL_TEST_STATE_ROOT=$HOME/.cache/codex-scratch/sync-hold-input/test-state. Full iterate is being rerun with the per-job test-state root to prevent fixture contention.The prior per-job root included an extra
/test-statesegment and made a fixture Unix-socket path 119 bytes (the harness limit is 108), causingagent_daemonto fail before the test. Using the shorter per-job root$HOME/.cache/codex-scratch/sync-holdavoids the shared SSH fixture directory and stays within the socket limit:agent_daemonpassed 1/1 with all 24 restart positions;review_inode_reuse_after_diagnostics_preserves_live_replacementpassed 1/1. Rerunning iterate with this root.With the short per-job fixture root,
agent_daemonpassed 1/1 (all 24 restart positions), but the workspace run still hadreview_inode_reuse_after_diagnostics_preserves_live_replacementfail after 256 allocations; the same SSH test passes 1/1 in isolation. The fixture depends on filesystem inode reuse and is sensitive to concurrent test fixture allocations. I am rerunning iterate withRUST_TEST_THREADS=1to serialize the Rust harness tests while retaining the per-job root.Gate update: serial
scripts/verify iteratehas been queued through the host build-slot wrapper since 21:37 local time and has not started. All three slots are currently occupied by other workspace checks (gate-private-reader-regression-atomic.sh,scripts/verify iterate, andscripts/verify fast, per the slot records at 22:16). The working tree is unchanged; I am waiting for a shared slot to open before continuing.The serial iterate run passed the SSH install suite (94/94) and the runtime lifecycle test, then failed
previous_attempt_shellbecause its Python oracle requiresINFRATERNAL_TEST_RUNTIME_HELPER. The compiled fixture exists at$HOME/.cache/codex-scratch/sync-hold-input/target/debug/examples/recovery-helper; rerunning that shell oracle with the variable set passed 1/1 (34 nested checks). The next iterate retry will carry this explicit fixture path along with the isolated state root and serial test harness.The next serial iterate run passed the install suite (94/94) and
previous_attempt_shell(1/1 with the runtime helper), then exposed threerecovery_supportfailures because the home-cache fixture path made AF_UNIX names exceedsun_path. SettingINFRATERNAL_TEST_SOCKET_ROOT=/tmp/sync-hold-206for these small runtime fixtures passes that target 11/11 (1 ignored). Build targets and the job evidence remain under$HOME/.cache/codex-scratch; the/tmpfixture root will be removed after the gates.Step complete at
875cef413987d681fea5dafecade2f33cd0c5247:scripts/verify iteratepassed with all Rust rows PASS, compiler metadata tests 2/2, tracer/type checks, and protocol tests 37/37. Rust tests ran serially with isolated test roots (INFRATERNAL_TEST_STATE_ROOT,INFRATERNAL_TEST_SOCKET_ROOT,INFRATERNAL_TEST_RUNTIME_HELPER) to avoid fixture collisions and AF_UNIX path overflow. Verbatim final line:ITERATE gate passed. This is not the final gate: run scripts/verify fast before reporting done.Starting the required fast gate.Fast-gate finding at
875cef413987d681fea5dafecade2f33cd0c5247: x86_64 and aarch64 static release checks passed at their exact caps (21,225,104 and 19,427,432 bytes; both delta +0). The aggregate test row failed only inshared_ownership_shell_preserves_recovery_and_refusal_invariants: 32 Python setup errors, eachKeyError: INFRATERNAL_TEST_RUNTIME_HELPER(crates/plugins/ssh/tests/previous_attempt_shell.py:25). I passed the helper under a misspelled environment variable. Rerunning the full fast gate with the correct isolated test environment; no source change is implicated.The first merge-base size build failed because the fresh
release-baselinetarget did not have the pinned Zig executable atauth-tools/zig/zig; I invoked the static build without thescripts/auth-toolchainsetup thatscripts/verify fastruns first. OpenSSL and SQLite then failed to find the compiler (see attached size-baseline-build.log). The branch fast gate remains green. Reusing the already verified pinned tool from this job’s target and retrying the same merge-base build.Perf-VM rerun with load recorded before the run (
load average: 0.06, 0.01, 0.00): all 20 keys were sent and host-accepted during the active hold; input send was 0.5–0.9 ms. The run returned 19 passed / 1 failed because the test read its rAF sample list immediately after seeing painted echo, before a second post-release rAF sample existed; it failed the measurement probe precondition at spec line 173, not the input or paint assertion. Attaching the raw run as perf-load-20.log. I’ll make the probe wait for its frame samples before calculating the echo frame count, then rerun 20/20 on the perf VM.Probe sampling fix committed as
6c544133cde0cad7d89b61e51831083b3e4645c6;bun run checkpassed. Perf VM,CPUWeight=10000, load average before/after0.16, 0.18, 0.08/1.01, 0.35, 0.14: 20/20 passed; all 20 inputs were sent and accepted during the hold. Send latency p50/min/max0.60/0.50/1.00 ms; echo paint p50/max12.85/15.10 ms, within one frame in all 20. perf-load-20-final.log. Running the final fast gate on this branch head next.Finished at head
6c544133cde0cad7d89b61e51831083b3e4645c6; worktree clean. No push or deploy.The
onDatapath now sends real user input throughhandleInputbefore cursor-blink work and renderer wake; the parser-response branch still wakes rendering and returns without sending input. The test measures WebSocket input send and mock-host acceptance while synchronized paint is held, then waits for rAF samples before counting release frames. No visual styles, components or dependencies changed.Perf VM,
CPUWeight=10000, 20/20 repetitions passed. All 20 keys were sent and accepted during the hold. Send latency p50/min/max:0.60/0.50/1.00 ms. Echo paint p50/max:12.85/15.10 ms; all 20 painted within one frame. Load average before/after:0.16, 0.18, 0.08/1.01, 0.35, 0.14. Existing synchronized-output browser regression also passed 1/1; hold release was 488.1 ms and echoed output painted within one frame.Stripped static x86_64 size against merge base
149793e5abb8aa27e563e1a326252073f6498632: base21,225,872bytes, branch21,225,104bytes, delta-768bytes.Final
scripts/verify fastsummary (verbatim; complete transcript attached):Receipts: final fast log, perf-VM 20/20 with load, size comparison, existing synchronized-output browser test.
Release 8 started on release-8, production base
173a9ba14f. Worktree clean. Applying the reviewed D307 production-line merge, then only each requested dev branch’s own non-merge commits with -x. No deploy; monitor01 untouched. Final gates, size table, artifact hashes and perf-VM copied-database staging evidence will follow.Release-8 step pushed:
202d6f2f3d45b21d28e04606bdfc9e5ef28287a6, sourceba8085b7ca1de3a3641f631688d7b09a605fb726with -x provenance; 1 changed files. Passed: staged whitespace, fmt, touched-crate clippy, touched Rust tests. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
bac2f044ce937c245bfca4e9d41227d79cde252c, source583bafb443a93446a223bed02f0d6d68ce017a7bwith -x provenance; 3 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites, shell syntax. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
7d510df4ceac26aab4cb62fc5e5f81eba48e64e9, source3db72a9f3466a8d8bc9d12101167cffc2d764deewith -x provenance; 1 changed files. Passed: staged whitespace, fmt, touched-crate clippy, touched Rust tests. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
e345c5fcf576df4938028042228261d72090ac26, source5efb7fe496319367310572c55d637d69a3fd9754with -x provenance; 5 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
aca32908f9a5911a78d5384c7e7fa579f77254b7, source763c133392b8726d72edbc15aed3e8edc3430b99with -x provenance; 1 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 integration finding for
5efb7fe49: constructor-less #244/D307 TerminalClient fixtures lacked the new required synchronizedOutput control. First run: 90 pass / 10 fail; restartCursors threw before refusal/attach assertions. Resolved by supplying the lifecycle control in the three fixtures, not weakening the production field. Rerun: 100 pass / 0 fail / 387 assertions; renderer/reply scope tests 17 pass / 0 fail / 1,794 assertions. Committed/pushede345c5fcf. Both ordinary and atomic writes keep D307 reply marking and replay offsets.Failing fixture run · Passing rerun. No extra dev dependency.
Release-8 step pushed:
cc01421d228172770067931cce45d0c0b971ad4d, sourceb2837b9a711c24b238a0bd1401aafdb5ff5bd9a2with -x provenance; 2 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
2976cc1dc8d7622900ec0af5d243c07337a78d99, source278ec65bbc235c160ecdd961f7c362201551245dwith -x provenance; 1 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
bf6f6a04fc2aae3d2275394b41ad4a79f6969aa5, source9862541540b0c5f32011bb6a5550f849fdbe3206with -x provenance; 1 changed files. Passed: staged whitespace, fmt, touched-crate clippy, touched Rust tests. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
9a8efc6bdc0799fae0f2adadfb89db4d6c3e33ab, sourceb9c7dc68a8a7ef075008a5b0a29802014d53a0a5with -x provenance; 1 changed files. Passed: staged whitespace, shell syntax. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
c0ea705e276d8b4a68ac318b36494a4f6d84d52a, source291a4348797950efb544da0704b2f14cf6cc1e01with -x provenance; 7 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
a789e6a434049cf606431a824af5bf3a4a24d5c2, sourcea5aac70f9012b6cb5af0bcac7ad84318263556fdwith -x provenance; 1 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
c4f978b80a1b13dd1c9602c6da5091299821e95e, source452ad8de952c789b2c8c477fe95fee219c610a4awith -x provenance; 1 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Release-8 step pushed:
0bde5622238e774bf43edc34cbb2902f0cc063b4, source875cef413987d681fea5dafecade2f33cd0c5247with -x provenance; 1 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Native #206 measurement committed/pushed as
9a8efc6bd(sourceb9c7dc68a, production-specific cap adaptation). x86_64 21,387,184 B; aarch64 19,559,112 B. Deltas from D307: -640 / -512; from release 7: +1,920 / -11,144. x86 is 18,080 bytes below the stop line. Both images stripped/static with no PT_INTERP; production-trust and exact/+1-byte/downward-ratchet checks PASS. The source commit’s dev-line measurements are not the production measurements.Both static builds and SHA256s · cap/trust boundary checks. Final-head fast/repro/browser gates remain pending. No deploy.
Release-8 step pushed:
7419591b6548b501e8042bfd9b3ea570eb5005cf, source6c544133cde0cad7d89b61e51831083b3e4645c6with -x provenance; 1 changed files. Passed: staged whitespace, tracer typecheck, connection/reply unit suites, available synchronized-output/stale unit suites. No deploy. Full fast gate and browser qualification follow on the final combined head.Perf-VM staging passed at
85b0285b73: 11/11 reviewed real-server specs and 5/5 additional real-PTY acceptance checks. Production web and full-server image bc3e7b2fa2bde97d06b548981954a96d68f4a8524fed2b41a7c80d99348de58b.Machine: infraternal-perf-test, 4 vCPU, kernel 6.12.111+deb13-amd64; final acceptance load 1.35/0.84/0.40 before, 2.42/1.20/0.54 after; separate lock holds; CPUWeight=10000. No deployment. Bundle and final gates remain in progress.
staging-final-driver.log



real-reviewed.log
staging-capture-driver.log
release8-phone-widths.json
release8-real-sync-echo.json
Final-head browser regression gate passed: 35/35 requested browser regressions, plus synchronized-output-input.spec.ts 20/20 repeated runs, on the perf VM under the shared lock and CPUWeight=10000. Every repeated run sent and accepted typing while held, then painted the echo one frame after release. Input send 0.5–0.9 ms (p95 0.8 ms); release-to-echo 4.6–16.3 ms (p95 13.8 ms). Native full-screen acceptance independently passed at one frame.
Head
85b0285b73. The earlier real-server suite passed 11/11 and acceptance 5/5. Perf scopes are inactive, test ports closed, staged server bytes equal the completed bundle server, and the private VM job directory was removed after copying receipts. Final host gate and reproducibility are still running.Verbatim browser/perf output
20-run measurements
Artifact manifest and hashes
Production trust/static linkage: seven images
Release 8 qualification finished. Head
85b0285b733bac4c94d7540c58d4521d1a3410c4is pushed only torelease-8; production base173a9ba14f458a8451d31c6e72e86cd73b8911f3. No deployment; monitor01 untouched. Issues remain open.Applied history: D307 merge
ed725f9db40aa69031c524950a02c276c340a43dhas source parent3e95f8262c993cd1cc38a81ff585e535dafc1e0a(41 D307 commits). Then 23 own source/review commits were cherry-picked oldest first with-x, followed by the release size documentation. No other dev lineage or dependency was imported. Full D307 history and commit bodies: ledger.Final delta against release 7: +1,920 x86_64 / −11,144 aarch64 bytes. The measured x86 increase differs from the expected approximate reduction; it is 18,080 bytes below the +20,000 stopline. Both ceilings equal the measured sizes. Stale-note and phone stages retain byte-identical native images. Same pinned static recipe and compiler as release 7; no Cargo.lock or migration changes.
Artifacts:
/home/kayg/.cache/codex-scratch/release-8/artifactsin the release-7 layout, including both full images, bundle (both host and session architectures), production web, web-dist.tar, MANIFEST.txt and checksums. The bundle already carries the ARM host image; a later authorized deploy uses--bin,--bundle,--web. Seven executable images passed production trust and static-link checks. Staged server compared byte-identical to the completed bundle server.Host gates used private fixture state and the short socket-path alias required by the Unix-socket tests; the GNU runner forwards every test and skips no checks. Exact commands and environment are attached.
The existing query/refusal/retained-typing/synchronized-output/stale-screen browser specs depend on
/__mockcontrols. They ran against a separate sealed preview-enabled test build; shipping web stayed preview-disabled. Real-server counterparts additionally covered real 1008 refusal + Discard/Send again, full-screen mode 2026 input/paint, stale replay, cursor queries and persisted phone geometry. Native binary and shipping assets came from this head.Perf-VM staging (infraternal-perf-test, 4 vCPU, kernel 6.12.111+deb13-amd64, CPUWeight=10000, separate short lock holds):
[349,349,349,349]; the copied-database capture also met the >=349 minimum, with revision 8 unchanged by phone use. Direct persisted-layout review covered rotation, pinch, reload, pointer changes and desktop edits.Author checklist: review receipt. All owned VM scopes are inactive, ports are closed, private VM job removed, and temporary host Cargo/upload/comparison roots removed. Artifacts and evidence are retained outside the checkout.
Verbatim final Rust gate table (full unmodified gate transcript attached below):
Verbatim final protocol gate output:
Verbatim reproducibility output:
final-verify-fast.log
final-static-reproducibility.log
vm-cleanup-check.log
host-cleanup-check.txt
qualification-commands.txt
perf-driver.log
held-input-20-summary.json
vm-cleanup-check.log
MANIFEST.txt
artifact-SHA256SUMS.txt
artifact-seal.json
applied-first-parent.txt
staging-final-driver.log



real-reviewed.log
staging-capture-driver.log
release8-phone-widths.json
release8-real-sync-echo.json
Deployed to production: release 8,
85b0285b7at 09:32 IST (2026-10-20).deploy-prod.sh 85b0285b7 --bin infraternal-x86_64-musl --bundle bundle --web web(no--arm).DEPLOYED 85b0285b733bac4c94d7540c58d4521d1a3410c4 (backup /var/backups/infraternal/20261020-060227-85b0285b733bac4c94d7540c58d4521d1a3410c4)/healthz200, new MainPID 140788, active since 04:02:31 UTC.bc3e7b2f…, aarch642e94b4ce…, aarch64-session75801bc7…, x86-muslf87c2b23…, x86-session7094e3f5…).release-prod-live→85b0285b7. Merging back into dev runs as jobmerge-release8-dev(inputs.rs needs a semantic merge of D307 reply isolation with the per-user pool).The server restart re-locked the CA: the owner must unlock it.
kayg referenced this issue2026-10-28 17:53:56 +00:00