Systematic audit after #357 ("can there be more bugs with this root
cause?"): _vacMapId was the one remaining hard stub reachable from the
eager View path. It runs inside willUpdate for every vacuum whose
integration reports live telemetry (Tasshack, XCME, Valetudo), so on a
cold tab the #337 stub threw there and the exception took the whole Lit
update cycle with it — the card froze on its very first frame. The demo
mower has no position attributes, telemetry resolved to null, and every
existing smoke (warm and cold) sailed past the branch.
The card now owns the implementation (both dependencies — _vacEntity and
vacMapIdWithFallback — were already eager); the editor runtime delegates
back to the host. The HP-1541-01 invariant (selected_map: 0 is a real map
id, nullish not truthy) moves verbatim and is pinned by the new smoke.
Hardened alongside (audit Lows): _decorShapeDown gets the same
cold-tab guard its twin _decorShapeDbl received in #337 — decor shapes
render in View and CSS pointer-events alone must not be what prevents a
throw; the _vacCalConfirm dialog renders behind the same _editorRuntime
gate as every other editor dialog instead of relying on the implicit
"only the runtime ever sets it".
smoke_cold_view_vacuum: cold tab, vacuum with vacuum_position and
selected_map: 0 — the card commits three successive telemetry frames
(willUpdate alive, not merely the first paint), map id resolves to '0',
no editor chunk requested, a decor pointerdown is a quiet no-op. A
registry mutant restores the delegation and is killed by that smoke.
Issue: #358
User-Visible: yes
Field report from the dacha: the wall switch "Гостиная основной свет",
whose controls name three virtual light sources, periodically ignored taps
— no toggle, no glow — until its settings dialog was opened once with no
changes. "Periodically" was every fresh tab: the #337 lazy split left
_toggleIntent (and the confirm-line helpers) on the card as stubs
delegating into the editor runtime, so a plain View tap on a cold tab
threw `Houseplan editor runtime is not loaded` synchronously inside the
click handler. Opening any editor surface loaded the runtime and "healed"
the tab for its lifetime.
The View card now owns toggle resolution: _toggleIntent calls
resolveToggleIntent directly (device-toggle.ts was already in the initial
graph; the card owns _planHass/_fullRegistryHass/_virtualLights), and
_toggleStateText/_toggleConfirmationStateText/_toggleConfirmationLines
moved with it. The editor runtime delegates back to the host — one source
of truth, editor consumers (dialog preview, hint lines) unchanged.
Every product smoke preloads the runtime, so none of them could see this
class of regression. The new smoke_cold_view_toggle mirrors the field
config on a genuinely cold tab: a real switch drives three passive
virtual lamps with one tap, a controlled lamp drives its switch back,
tap_confirm renders its state lines and confirms, and the editor chunk is
never requested. A registry mutant restores the old delegation and is
killed by that smoke.
Issue: #357
User-Visible: yes
Declaring the whole matrix in --expect-change could accept a completely
foreign capture (different font stack, different machine): no undeclared
passed scenes would remain, and undeclared passed scenes are exactly what
proves the capture environment equals the accepted baseline's. The
realistic failure is fatigue, not malice — a mass framing change where the
author lists "everything that went red", accidentally sweeping in scenes
that diverged because of the environment.
Acceptance now requires a witness floor: after subtracting
--expect-change/--expect-new, at least min(10, 10% of baseline scenes)
undeclared scenes must match their accepted baselines BYTE-FOR-BYTE (a
sub-threshold 'passed' proves nothing about the environment — #351). A
truly total repaint passes only with an explicit
--no-witnesses --reason="…", and the reason is written into the baseline
manifest — a trace in the artifact and its git history, not just in the
shell history. A first-ever capture with no baselines requires no
witnesses: every frame there is declared in --expect-new anyway.
Issue: #355
User-Visible: no
The r1 reviewer cut the listener loop in the production registry and all
three #354 units stayed green — the subscription unit was the same class of
decoy the issue itself fights. The fan-out now lives in an exported
notifyLanguageLoadFailures(code); the unit drives it directly and asserts
real delivery, partial unsubscription and silence after the last listener
leaves; the contract unit additionally pins the runtime wiring
(`loadFailed` → notifyLanguageLoadFailures) in source. A new registry
mutant `locale-failure-delivery-cut` replays the reviewer's exact cut and
is killed by the unit. The r1 Low is taken too: both USER-GUIDEs now
mention the toast in the German-failure paragraph.
Issue: #354
User-Visible: no
The production LANGUAGE_RUNTIME was a handwritten twin of the tested
LanguageRuntime class (germanDictionary/Pending/Failed): equivalent on the
day it was written, invisible to every i18n-runtime test afterwards. The
registry now exports one page-scoped `new LanguageRuntime(LANGUAGE_REGISTRY,
…)` instance — the whole existing suite starts proving the object production
actually runs, and a contract unit (instanceof + source free of the old
field names) keeps the duplicate from returning.
The class gains an optional `loadFailed(code)` hook — fired once when a
dictionary load settles into English fallback — and the registry fans it out
through `subscribeLanguageLoadFailures`. Only the View card subscribes (it
alone owns toast infrastructure): a failed language pack now shows the new
`toast.locale_load_failed` message (en/ru/de) instead of a console-only
warning; space card and both GUI editors keep the console warning as before.
Proofs: contract unit, hook unit, subscription unit; smoke_german_locale
extended — the both-attempts-failed scenario now asserts the visible toast;
two new registry mutants (handwritten-twin returns, toast dropped).
Issue: #354
User-Visible: yes
Network failure of the editor runtime is no longer terminal: the loader
re-arms to idle and the next explicit press starts a fresh cycle, while a
fingerprint mismatch on either attempt stays terminal. The toast now says
what actually helps — retry advice for the network, refresh advice for a
foreign build — via one shared lazyLoadFailureMessage helper (new i18n key
editor.retry_advice in en/ru/de).
The field smoke caught a second, deeper bug on the way: Chromium records a
FAILED module in the page module map permanently, so retrying the same URL
(even the cache-busted one) never touched the network again. Every retry
now carries a per-cycle nonce and becomes a genuinely new module request.
A proxy-cached stale entry no longer kills the card silently: the entry
facade is rewritten at build time from a static re-export into a top-level
`try{await import(...)}catch{...}` — importers keep the happy-path
guarantee (await import(entry) still resolves only after
customElements.define), and the catch defines a fallback element with a
localized "reload the page" panel. Content-hashed chunks are served with
`public, max-age=31536000, immutable`, and verifyBundleTree now fails on
orphan chunks that the manifest does not name.
Proofs: loader units for re-arm/terminality/toast wording + an AST check
that both loaders forward the terminality flag; smoke_entry_stale (en/ru)
against a tree without the main chunk; smoke_lazy_editor_chunk extended —
second press after network failure now really opens the editor; pytest for
the immutable header; orphan-tree unit; five new registry mutants.
TESTING.md budget line updated to the #352 ceiling alongside.
Issue: #353
User-Visible: yes
В src/** сейчас 1034 вхождения явного any в 49 файлах — больше, чем называл
аудит (330), потому что монолит с тех пор разделился и его обвязка уехала в
houseplan-editor-runtime.ts. Разовая замена такого объёма — месяц риска ради
нуля пользовательской ценности, поэтому долг снимается при плановом извлечении
подсистем (#34). Задача гейта одна: не давать долгу расти.
Судятся только добавленные строки диапазона. Изменённая строка со старым any
выглядит в диффе добавленной, и это намеренно: тронул — либо типизируй, либо
обоснуй на той же строке `// any-ok: <причина>`. Голый маркер, пустая причина и
шаблоны вроде todo, hack, потом не проходят.
Ложных срабатываний нет по построению, а не по старанию: текст разбирается
парсером TypeScript, и нарушением считается узел AnyKeyword. Регулярка по строке
ловила бы слово any в прозе внутри шаблона html и в комментариях; здесь
комментарии, строковые литералы, многострочные шаблоны и идентификаторы
company, anyOf, manyRooms узлами такого вида не являются вовсе.
Проверено исполнением на настоящем дереве, а не только юнитами: пробные коммиты
в src/wall-thickness.ts показали, что добавленный any падает с файлом и строкой,
типизированная строка в файле с 122 старыми any проходит, any-ok с конкретной
причиной проходит, а голый и «todo» — нет, и что any в прозе, строке и
идентификаторах не даёт ни одного срабатывания.
В job frontend checkout получил полную историю без блобов: diff-aware проверке
нужен диапазон, а содержимое старых ревизий — нет.
Заодно закрыта ловушка в test/validate-workflow.test.mjs: имя job искалось через
indexOf(' frontend:'), а эта строка встречается внутри ` frontend: ${{ ...
}}` в outputs job changes, поэтому срез уходил не туда. Теперь имя ищется с
начала строки.
Четыре мутанта проверены руками, два добавлены в реестр: гейт, судящий все
строки, и гейт, принимающий голый маркер.
Issue: #342
User-Visible: no
Matysh