#451 moved every editor gesture onto the live painter, and the guides stayed
behind in the settled scene. While a gesture runs, the settled scene is not
re-rendered at all, so the guides did not follow the marker in the device
editor, the shape in the backdrop editor, or the cursor while a contour is
drawn in the plan editor. Measured with real pointer events on the demo stand
against `origin/dev`, after waiting for the editor chrome to settle: three
gestures, each exactly on another object's axis, 0 settled render cycles,
`.alignline` 0 and no `.alignguides` group in all three.
The report called it two breaks. It is one — the layer — plus one thing that
would have broken the repair: `_alignPoint` read `_pos`, which during a live
gesture answers from the snapshot of the last settled render. Over one drag:
live 254.17 → 220.83 while `_pos` stayed at 254.17, eight grid steps behind,
so a restored layer would have drawn the guide at the marker's old place.
The live template now paints the guides in all three modes (the device editor
had no template at all — `paintDevice` only moves the marker element), and
`_alignPoint` takes the live position. The settled copy of
`.hp-editor-only-layer` is made transparent for the duration of any editor
gesture, not only in plan mode: two guides, one of them stale, is what the
user would otherwise see when an unrelated settled render lands mid-gesture.
`_renderAlignGuides` on the card becomes soft — a gesture that starts while
the editor runtime is still loading must cost nothing, and an exception inside
a `requestAnimationFrame` paint would take the whole gesture with it.
The witness is rewritten around the defect that hid this for two stable
releases: the old smoke assigned `_deviceDrag`/`_decorDraft` wholesale, and an
assignment with `oldValue == null` does not route to the live path — it
verified a state a real gesture never reaches. Every scenario now drives real
`PointerEvent`s, waits for silence first (the `_hdrH` settling window right
after entering a mode hands out settled frames that make even the broken code
draw a guide), and asserts zero settled cycles during the movements plus
exactly one `.alignguides` group. #400's exclusion is checked without touching
the drag state: the dragged marker must simply be absent from the candidates.
On `origin/dev` the smoke fails on nine of its facts; a witness that stays
green before the fix was the actual bug here.
Mutants: `live-editor-devices-drops-align-guides`,
`live-editor-decor-drops-align-guides`, `live-editor-plan-drops-align-guides`,
`align-point-reads-frozen-snapshot` — one per AC, all guarded by the smoke.
`test/smoke-harness-contract.test.mjs` pins that the smoke cannot go back to
fabricating gesture state.
Issue: #521
User-Visible: yes
The fix touches `src/houseplan-card.ts` and `src/config-adoption.ts`, and the
documentation fingerprint is computed over the whole `src/**` corpus, so
`check-docs` called the committed screenshot index stale — the Medium of code
review r2.
Accepted through `npm run docs:accept -- --identical` (#512): all 11 frames
were re-captured locally and compared byte-for-byte with the committed ones —
«Все 11 кадров попиксельно совпали с закоммиченными». Only the fingerprint
moves, `ccbbfb4e → c615d580`; not a single PNG changes, so nothing here needs
the owner's visual acceptance. Environment: Linux, Chromium 152 (the canon
platform of #455; capture refuses elsewhere).
`node scripts/check-docs.mjs` — «Documentation checks passed (7 files, 12
external links)».
Issue: #520
User-Visible: no
The r1 diagnosis was wrong, and the measurement in the code review proved
it: removing the two declarations from `static properties` left the cold
start at 19 update cycles, 4 model builds and 4 config epochs, exactly the
numbers of the bug. Lit's forced first-update change does mark `_serverCfg`
changed, but at that moment the body and `_cfgEpochPreservedConfig` are both
null, `preserveGeometry` is true and the epoch does not move. The comment
above `static properties` now says that; the declaration still stays out,
because two owners of one reactivity is what #500 removed.
The real cause is the `await`. Before #500 everything from
`_adoptStructuralResponses` to the end of the load ran in one task: the
adopted bodies, `_adoptInitialSpace`, the viewport restore, `_loadOk`, and
the device seeding — whose `_syncNewDevices`/`_seedHiddenDevices` write the
config back — all landed in a single Lit update. #500 made the adoption an
async sequence, so the caller resumes one microtask later, after Lit has
already painted the adopted config; the seeding writes then arrive as a
second config epoch, a second model build and a second paint of a 60-room
house.
`GatedAdoptionInput` gains `afterAdopt`, the mirror of `beforeAdopt`: it
runs synchronously at the end of the sequence, before the promise resolves.
`_loadFromServer` moves the viewport restore, `_loadOk` and the device
rebuild into it — `_syncNewDevices` refuses to write before `_loadOk`, so
the order inside the hook matters — and the load tail now rebuilds devices
only when nothing was adopted. `_reloadConfigOnly` takes the same route.
Measured with the project's own runner, 7 samples per profile, base
`a44fbd37` against this tree (Chromium 152, sandbox):
interaction modelReadyMs 761.3 ≤ 950.56 (base 731.2)
firstStableRenderMs 2567.2 ≤ 3000 (base 2542.7)
longTask.maxSingleMs 690 ≤ 921 · cache.entries.cleanFloor 100
isometric modelReadyMs 1252.9 ≤ 1499.76 (base 1249.8)
firstStableRenderMs 1378 ≤ 1610.16 (base 1341.8)
Boot diagnostics on both trees: 18 update cycles, 3 model builds, 3 config
epochs, with the same epoch trace — the candidate is no longer
distinguishable from the base.
Witnesses. `config-adoption.test.mjs` queues a microtask at the start of
the adoption and pins that `afterAdopt` runs before it — the probe fails the
moment the hook crosses an await; `config-adoption-ownership.test.mjs` pins
the wiring in the card and the hook's place in the sequence. Mutants
`adoption-tail-defers-caller-hook` (defers the hook by one microtask) and
`authoritative-load-seeds-devices-after-the-await` (drops the rebuild from
the hook) redden them.
The initial View graph grows 40 B gzip, so the #438 ceiling is recentred
300 300 → 300 400 with the usual dated note; measured 299 812 B keeps 588 B
above and 1 412 B below the band. The overall 301 066 B budget and the #367
headroom debt are untouched.
Issue: #520
User-Visible: no
With the bodies no longer declared as Lit properties, `onBodyReplaced` is the
single path that turns a replaced config reference into an update — AC2 of
this issue rests on it, and until now only a hand-run mutation stood behind
that column. The mutant drops the notification from `setConfig`; the existing
unit in `test/config-adoption.test.mjs` reddens on it.
Verified: `node scripts/mutation-gate.mjs --id=adoption-notifies-no-host-on-config-replacement`
— «поймано 1 из 1».
Issue: #520
User-Visible: no
#500 gave `_serverCfg` and `_layout` prototype accessors but left them in
`static properties`. Lit marks such a property `wrapped` and, on the FIRST
update, force-writes it into `changedProperties` with an `undefined` old
value even though nobody assigned anything (`reactive-element.js:249-252`
and `:880-886`). `willUpdate` reads that as a config replacement, raises
`_cfgEpoch`, the memoized model key changes, and a 60-room house builds and
paints its model a second time: measured 19 update cycles, 4 builds and 4
epochs against 18 / 3 / 3 before #500, worth ~550 ms of `modelReadyMs` and
the same on `firstStableRenderMs` (3355 against a 3000 ceiling).
The declaration goes; the bodies stay reactive through the owner —
`_adoption` → `onBodyReplaced` → `requestUpdate(field, previous)` — which
needs no declaration: `getPropertyOptions` falls back to the default and
`changed.has('_serverCfg')` works as before. `noAccessor: true` would not
help, `wrapped` is set before that flag is read. The trap is written above
`static properties`, where someone would put the declaration back.
`cache.entries.cleanFloor` returns to 100 in both interaction budgets: the
120 entries were the extra epoch re-keying the per-room cache, not a
property of the design — the reasoning in 914e8402 was wrong.
Witness: test/config-adoption-ownership.test.mjs pins that neither body is
declared; the mutant `adoption-bodies-declared-reactive` puts the
declaration back and reddens it.
The boot diagnostics of the previous three commits touch four private
members, so they are declared in the performance contract: `_buildModel` and
`_cfgEpoch` outright (both exist in every supported comparison base), and the
adoption entry point as a current/legacy pair — #500 turned the private
`_adoptStructuralResponses` into the public `_adoptAuthoritative`, and an
undeclared rename would have the counter report zero adoptions instead of
failing.
The same commits carried a `node_modules` symlink: `.gitignore` had the
pattern with a trailing slash, which does not cover a symbolic link, and
`git add -A` in a sandbox worktree committed it. The link is removed and the
pattern loses the slash; a mutant run on this branch failed with `EEXIST` on
it.
Issue: #520
User-Visible: no
The comparison already names the mechanism: base does 18 update cycles, 3
model builds and ends at epoch 3, the candidate does 19, 4 and epoch 4, and
the extra build is the whole ~550 ms. What is still missing is the caller.
The diagnostic now installs an instance-level setter over `_cfgEpoch` and
records `from->to` with the top stack frames, so the extra bump names itself.
Issue: #520
User-Visible: no
The first attempt printed them with console.log inside page.evaluate, and
nothing forwards the page console to Node — the numbers went nowhere. The
sample now returns `bootDiag`, the runner prints it and strips it before the
row is recorded, so the budgeted record keeps its shape.
Issue: #520
User-Visible: no
The full comparison says model readiness grew by ~500 ms inside #500 and
that the growth sits in one long task, but neither contentFingerprint
(2.8 ms on this fixture) nor spaceModels (0.1 ms) can account for it. The
benchmark now prints, per sample, how many Lit update cycles ran before the
first stable frame, how long they took together, how many models were built,
how many adoptions happened and the config epoch. Diagnostics only: printed
to the log, never part of the budgeted record, and the same harness runs
against the comparison bundle, so candidate and base are counted alike.
Issue: #520
User-Visible: no
The pre-release perf gate of the v1.74.0-beta.1 candidate reported
cache.entries.cleanFloor 120 against a ceiling of 100 (run 34480302982,
large-house-interaction-v1). The ceiling was calibrated when only the visible
space populated `_cleanFloorCache`; since #509 the summary panel computes the
clean-floor total in per-room slices through the same cache, so the sixty
fixture rooms are cached under both config epochs the interaction profile
creates — 60 × 2 = 120, exactly what the run measured.
The ceiling moves to 180 in the smoke and in the full interaction profile:
one entry per room per epoch with room for a third epoch, far below the LRU
cap of 600 and far below anything a per-frame or per-marker regression would
produce. The leak detector is untouched: cacheGrowth.cleanFloor stays 0.
Issue: #509
User-Visible: no
Release: v1.74.0-beta.1
Version fields and the generated bundles move to 1.74.0-beta.1 and open the
line after the stable v1.73.0. The changelog entries of #509 and #508 leave
Unreleased for the beta.1 section; release notes and STATUS describe them and
name the internal work of this beta. No product change beyond what is already
reviewed and merged.
Issue: #509
Issue: #508
User-Visible: no
Release: v1.74.0-beta.1
The #500 adoption work changed src/** without touching any of the eleven
documented frames. The owner re-captured them in WSL — the canonical Linux
environment, because DirectWrite on native Windows never reproduces an
accepted frame — and `npm run docs:accept -- --identical` (#512) found zero
differing pixels, so only the source fingerprint moves:
48f770cf → ccbbfb4e. Frame bytes, their hashes and the capture-script guard
stay exactly as accepted.
Issue: #500
User-Visible: no
Review r2 M1. The smoke's reset() left the previous scenario's debounced
config/layout write pending; _deleteSpace flushes whatever is pending
before it writes, the fake socket answers without a rev, and the
documented rev+1 fallback then moved the revision on a body from another
scenario. The refused branch looked as if it had adopted:
onboardingDeleteRefusedAdoptsNothing was red on every run. The scenarios
are supposed to be independent, so reset() now cancels both debounced
writers, as smoke_danger_confirmation already does.
37/37 green, three runs in a row; with the cancel removed the same
single check goes red again.
The refused-tail fix from r1 had no witness in CI at all: no mutant
named this smoke as its guard, so the review gate never ran it and a red
witness survived a whole round. A witness that never runs is not a
witness, so the early return in _undoPlanOptimization now has a mutant
that names the smoke.
Issue: #500
User-Visible: no
`space/delete` (both runtimes), Optimize Undo and Import apply now treat
`asset-wait` like every reload path: nothing was adopted, so no toast, no
space switch, no history/undo reset — the dialog is released and the
scheduled reload owns the rest. Unit and smoke cover the refused branch for
all four paths; the spec's reactivity risk row states the real mechanism.
Issue: #500
User-Visible: no
`willUpdate` keys the geometry epoch and render-lifecycle invalidation on
`changed.has('_serverCfg')`. Before #500 every body replacement went through
Lit's accessor and produced that event; the owner wrote its field directly
and the epoch stopped moving on adoption, staging and rollback — the safe
Resize smoke then measured against a stale model (Validate on c360bcc9).
`MutableConfigAdoption` now reports each replaced reference through
`onBodyReplaced`, which the card wires to `requestUpdate(field, previous)`;
echoes and identity-only changes stay silent, exactly as an unchanged
reference never fired the accessor.
Issue: #500
User-Visible: no
`test/config-adoption-ownership.test.mjs` pins identity writes to the owner
and ratchets body staging (AC1/AC2). `demo/smoke_post_write_adoption.mjs`
drives space/delete (both runtimes), Optimize Undo and Import apply with a
concurrent backdrop change between the write and the re-read (AC4). Smokes
that seed revisions from outside the card keep working through the
`seedIdentity` harness seam behind the card's delegate setters. The initial
View ceiling is re-centred with the measured fact; ARCHITECTURE.md gets the
boundary paragraph.
Issue: #500
User-Visible: no
`src/config-adoption.ts` owns config/layout with revision and fingerprint;
the host keeps `_serverCfg`/`_cfgRev`/`_layout`/`_layoutRev` as delegates.
All seven authoritative adoptions go through `adoptAuthoritativeGated`
(backdrop readiness → continuity → adopt → profile tail); the post-write
paths (space/delete ×2, optimize_undo, import/apply) gain the gate and take
revisions from the re-read bodies. `rollbackOptimistic` moves to the owner;
plan-optimize, space copy and the vacuum writers stop assigning identity.
Issue: #500
User-Visible: no
The review gate re-ran almost every selected witness on every round even
when the executor's fix was twelve lines: the ledger fingerprint and the
diff selection both worked on whole files, and the card hosts are
thirteen thousand lines each. On #500 those twelve lines in
houseplan-editor-runtime.ts pulled 53 of the 75 witnesses the third
round ran, and the gate cost 140 job-minutes and an hour of the
reviewer's wall clock across three rounds.
The patch side is now judged by the anchor's neighbourhood — the anchor
lines plus ANCHOR_RADIUS_LINES on each side — in both the ledger
fingerprint and the diff selection, which now reads hunk ranges from
git diff --unified=0. The guard side keeps whole-file granularity: a
guard has no anchor and changes as a whole. An anchor that is not found
exactly once falls back to the whole file, and so does a file whose
hunks were not read: not knowing is not proof. Same class of
approximation as the existing diff selection, with the nightly full
gate (#513) as the floor.
Two more cuts to the wall clock of a review round. The shard plan is now
computed before the environment is installed — restore the ledger,
select, split, and only then pay for npm ci, Python and Chromium; the
job still runs, so the review gate's proof (#510) is unaffected. And the
matrix goes from three shards to six: the same job-minutes, half the
wall time.
On the #500 round the selection drops 60 → 7. Four witnesses guard the
new logic, including the two unsafe defaults (ambiguous anchor, missing
hunks).
Issue: #518
User-Visible: no
The residual 150–200 ms tasks are one space's wallBodiesGeometry — a
single polyclip union that cannot be split — not the aggregate the issue
is about. The threshold now names them and leaves room for a slower CI
runner; the mutant that computes everything in one task still produces
~1.5 s and fails.
Issue: #509
User-Visible: no
On the CI runner the smoke went red without any mutant: the observer was
started before the 60-room plan had finished drawing, and that render —
a long task of its own, unrelated to this issue — landed in the window.
The smoke now waits for a quiet main thread before it starts watching,
prints what it measured, and allows up to 450 ms per task: the residual
150–200 ms slices are one space's masonry union, which polyclip cannot
split, while the mutant that puts the whole aggregate back into one task
still produces ~1.5 s.
Issue: #509
User-Visible: no
Moving the aggregate out of render fixed the first frame, but the work
itself was still one uninterrupted ~1.5 s task on the large-house
fixture — the interface stayed frozen, just a moment later, which is the
same symptom the issue reports. cleanFloorAreaSteps yields after every
room; the runtime advances it with an 8 ms budget per frame and
reschedules until it finishes, so no slice outlives a frame and the
skeletons stay until the number is ready.
The smoke now watches longtask entries for the whole show, not only the
first frame: a single long task while the values are computed fails it.
Issue: #509
User-Visible: no
The injected-counter test proves "one geometry pass per space" but not
that its result reaches innerContourForRoom — without the shared
arguments that function rebuilds the masonry per room, and the only
observable difference is time (176 ms per room, S2). One large-house
floor: ~0.6 s with the shared pass, ~3.7 s without, so a 2.5 s threshold
is coarse enough not to flake.
Issue: #509
User-Visible: no
Two halves of the same first paint. The panel showed «Source unavailable»
in every row until the lazy metrics chunk arrived, because value() could
not tell "not loaded yet" from "source is dead"; and metrics() ran inside
render, walking the HA registry and unioning the clean floor of every
space synchronously — 11 s on the large-house fixture.
- totalCleanFloorAreaM2 computes the space's masonry and junction
topology once per SPACE and hands them to innerContourForRoom, which
otherwise unions the whole space again for every room: 11 045 → 1 488 ms
on that fixture, same 306.3 m². The card has always done this through
its own _innerContour cache; the panel now does the same.
- Aggregates leave the render path: the first frame paints skeletons and
the work starts right after the frame is shown (timeout → rAF →
timeout, never requestIdleCallback, which under load would leave the
skeleton up for seconds). Stale memo keeps the previous number on
screen instead of flashing back to a skeleton.
- valueState() separates pending from unavailable; a pending row keeps
the same plate, grid and height and carries a pulsing rectangle the
height of the line, replaced by the value with a short fade. Reduced
motion keeps the rectangle and drops the pulse.
- Panel enter/exit animation (#505, 190 ms) is now actually visible —
the main thread is free — and the smoke witnesses it.
Mutants: summary-first-paint-shows-unavailable, summary-metrics-block-first-frame,
summary-area-recomputes-walls-per-room, summary-stale-metric-falls-back-to-skeleton.
Issue: #509
User-Visible: yes
The spec file solved exactly one problem — proving that a review verdict
was passed on a given text — and created two: docs/specs/README.md
conflicted between parallel tasks and served as a second, stale status
dictionary, and every spec edit cost a commit, a push and a label. The
proof moves into the pipeline.
- review-doc-guard: normalizeIssueBody / issueBodyDigest (CRLF, trailing
whitespace, trailing newlines), the anchor line `Тело issue: <sha256>`,
anchorIssueBodyFrom, and issueBodyChanged — the finding "the spec
changed after a green spec review", judged against the pipeline's own
record in the last green SPEC-REVIEW, never against prose.
- reusableGreenVerdict takes the current digest: reuse (#499) skips the
model entirely, so without this a spec edit between rounds would pass
unseen. Documents without the record (the whole backlog) keep judging
by tree.
- process.yml: the material step reads the body with `gh issue view` in
the same run that fixes the material — the event snapshot describes a
text the reviewer may never see; the digest goes into the anchors, into
reuse and, when it differs, into the reviewer's prompt.
- process-gate: rule 3 judges the text (a `## ТЗ` heading or an AC1) with
the archived file still accepted; adding a new file under docs/specs/
warns — the directory is frozen.
- task-packet reads AC from the body first, the archived file second.
- PROCESS.md §2.3/§5/§7.1/§7.3/§10.5, AGENTS.md and docs/specs/README.md
say so; the index table is gone with the long-standing §7.3 debt.
Mutants: review-anchor-drops-issue-body, review-ignores-changed-spec-body,
reuse-ignores-changed-issue-body, process-gate-requires-spec-file.
Issue: #517
User-Visible: no
Claude