Re-declare the derived elevation tokens on body * so per-surface
--dsw-elevation-stroke-color rebinds reach the consuming shadow (custom
properties inherit with var() already substituted); pin that mechanism
and add synthetic rejection cases to the stylesheet scans; take the
ring-track basenames through node:path so the exemption matches on
Windows; update the ModelsSection row-card spec to the hairline recipe;
align the elevation note with the shipped l1 menu rebind, refresh the
feedback-popover note's surface recipe, and document the soft tier.
Apply global visual polish across the web client: corner-shape:
superellipse(1.5) with corner-shape: round pairing for full circles,
elevation tokens that draw 0.5px stroke outlines inside box-shadow for
floating surfaces, 0.5px hairline borders and divider lines for
neutral-token strokes, and tuned stroke contrast plus larger radii for
menus, settings panels, and cards. Stylesheet-scan specs in ui-theme
reject unpaired circles, border+shadow mixes, and 1px neutral hairlines
repo-wide.
Closes#3287
Single RemoteError with a merge-extensible, domain-prefixed code map;
owners throw at the failure point; streams surface marked failures;
clients consume ctx.remote directly with isRemoteFailure as the only
discrimination point and construct no failure instances.
Drop the width handle's double-click reset and tooltip — the handle is now
drag-only and a stored preference is only replaced by another drag — and
add a tertiary description line under the Settings font-size title stating
the size only affects conversation content. Update both Agent Notes and
the settings dialog goldens.
Replace per-plugin tapIndex regex edits with pure-data IndexInjection rows
collected fresh per render over one webserver/index-inject event. One table,
two renderers: the served form renders rows into index.html; a static worker
form ships the same rows over its boot payload. tapIndex survives as the
raw-HTML escape hatch, applied after row rendering; client-modules and
ui-theme move to the event, and the manifest global renders as
globalThis["__DSH_BOOT__"].
The client boot chain gains the seams a pre-injected transport needs: the
module loader takes loadBundle from the transport global by default, HTTP
prefetch stands down when a transport owns bundle bytes, the web-app bundle
can decline frontend serving, the gateway client installs a namespace's
whole method group inside its fiber apply so a parked dependent never
observes the service without its methods, and the dynamic-code precheck
gates through new Function so hosts without a real node:vm keep the
define-time parse gate.
setLocale returned early when the id already matched the active locale, so
choosing the language already on screen wrote nothing. That value may be a
provisional browser-derived or fallback resolution nothing has stored, so a
different browser sharing the DSH home still resolved on its own. Write
unconditionally; keep the render publish conditional.
Broaden the dictionary parity gate to every workspace package, pair zh/en
across sibling files and inline registrations, and fail when a dictionary has
no counterpart. It previously scanned only packages/client and packages/
extensions, compared within a single module, and silently skipped unpaired
dictionaries -- so the split locales/zh.ts + en.ts common pair, the inline
directory-picker-browse dictionary, and session-log-export were unchecked.
Normalize paths at ingestion so the sweep does not narrow on Windows.
Regenerate the client API catalog and update the locale README pair: both
described the old zh fallback direction.
Add the English fallback dialog golden, and drop a dead afterEach plus the
blank lines left where the dead browser-language pins were removed.
The provisional locale fell back to zh, so a browser asking for neither
zh nor en (fr, de) opened the product in Chinese. Resolve to en instead,
and use en as the dictionary fallback: the shipped zh/en dictionaries
declare identical key sets, so one constant serves both roles.
Add scripts/locale-dictionary-parity.spec.ts to gate that symmetry, and
set the asserted locale explicitly in specs that had relied on the old
zh fallback through a dead usePinnedBrowserLanguages call (those files
declare no jsdom environment, so browser detection never ran there).
- Rewrite the 08-04 gutter-reservation note in place: the reservation is Chat's alone and the overlay branch points to the seat-width compensation note; the Testing section now describes the uncompensated control.
- Cross-reference the earlier rejection of the seat inset in the 08-12 note and record the engine-resolved-vs-fixed-8px drift as accepted residual cost instead of asserting Firefox resolves 8px.
- Pair --dsh-scrollbar-width with the mirrored ::-webkit-scrollbar rule and the compensation consumer in the scrollbar-styles gate; document the variable in the ui-theme README.
- Rename the e2e control to compareTabsWithoutCompensation and correct the vacuity-guard comment; rewrap the WorkspaceBrowser doc comment.
A test file under packages/client now says which face it covers:
`*.client.spec.{ts,tsx}` and its `*.client.{ts,tsx}` helpers belong to the
Client aggregate, `*.host.spec.ts` to the host aggregate. The carrier's four
node-half specs take the Host suffix.
The two suffixes are mutually exclusive, so each aggregate excludes the
other's and both keep one broad test glob: `exclude` wins over `include`, and
`packages/client/**` no longer has to be excluded wholesale from the host
program with per-file `files` entries carved back out of it. A Host-face spec
that reaches only Host source therefore needs no cross-face project
reference, which the split-project rule rejects.
vitest still discovers every file through `**/*.spec.{ts,tsx}`.
apps/web/tests/README.md records why these e2e type-check in the Host aggregate
and why importing a Client package there pulls its project tree into the Host
build graph, with mirroring as the standing answer. The Agent Note drops the
directory-picker face split (assessed and declined) and the grep-level gate in
favour of that README.
docs: regenerate the catalogs and retarget the moved declarations
The forwarded-event change moved three owner packages' cordis `Events`
declarations and their branded types into client-safe `./types` modules, and
the settings-scope split moves the shell spec into ui-settings-general. Point
the type-equivalence manifest and the affected Agent Note at those homes,
register the new `remote/*` event scope and the `ctx.settingsScope` service in
the catalog partition, and re-run the generators.
`$on` joins the documented `TypeRTClientRemote` surface, and the two Agent Note
fences that quote a bare member signature are marked `ignore-check`: they are
declaration fragments, not compilable units.
refactor(client): make ui-settings the settings domain's base layer
The settings-namespace transport lived in client/runtime, where every feature
could value-import it because runtime is a platform module. It belongs to the
settings domain, but moving it into ui-settings as a shared function fails
twice: the client bundle purity gate forbids cross-plugin value imports, and
ui-settings reached ui-sidebar for its shell, so any feature depending on it
closed a cycle through ui-layout and ui-theme.
Both halves move. `ctx.settingsScope` is now a cordis service — the
collaboration shape the purity gate prescribes, and the service proxy binds
`this.ctx` to the caller, so a bound scope's disposer belongs to the calling
fiber. The shell ui-settings used to own (the `sidebar.settings` occupant, its
navigation, and the nav-row projection) moves to ui-settings-general, which
already owns the chrome and the General section. What stays in ui-settings is
what carries no `ui-*` dependency: the scope service and the canonical settings
slot types, `settings.general.item` included. That type was parked in the locale
package precisely because the declarer was unreachable without a cycle; every
registrant now depends on this base layer, so it comes home.
The scope CONTRACT stays in client/runtime: a feature service accepts a scope
through its own signature without depending on the surface that binds it.
The forwarded settings invalidation replaces the deleted client-side
`settings/changed` event, so the transport reads `ctx.remote.$on`. It reaches
`$on` through the gateway's Client half plus the allowlist's type-only subpath
rather than api-remotes' Client face: that face imports a Host-tsdown-generated
artifact, and this package is reachable from the Host build graph through its
callers.
refactor(client): reach the settings transport through ctx.settingsScope
Every feature that owns a preference row switches from value-importing a shared
binder to the settings domain's service, and declares the two injections that
binding needs: `settingsScope` for the transport and `remote` for the forwarded
invalidation it subscribes to on the caller's own context.
The rows stay with the features that own the preferences — Language with locale,
Appearance with ui-theme, Composer Enter with ui-conversation. Only their route
to the transport changes, so no settings surface moves and no feature gains a
dependency on the shell.
The `settings.general.item` slot type now arrives from ui-settings, the base
layer every registrant already depends on, which retires the re-export outlet
ui-theme kept and the parked declaration in the locale package.
client/runtime drops its settings-form and schemastery dependencies with the
transport that used them.
test(client): bind the settings transport in the specs that boot a preference row
Every bench that activates a plugin owning a preference row now supplies the two
services that plugin injects: the forwarded-event port and the scope service.
Specs that exercise no settings path get the minimal doubles; the ones that do
drive their refresh chains through `remote/host-event`, the same signal
client/runtime republishes from a forwarded frame, replacing the deleted
client-side `settings/changed` event.
Also fixes a publication defect the built-invariant gate catches once it runs:
api-remotes' invariant companion shared the allowlist module with the package
index, so rolldown hoisted it into a third chunk beside the two bundled entries
— a file the mechanically derived publication list does not carry, leaving an
installed companion unable to import it. The companion now reads the allowlist
through this package's own published `./types` subpath, which the bundle keeps
external, so each entry stays self-contained.
The dynamic-subscription cast in apiproxy is gone: after the vendored cordis
rescope, `on` accepts the rest-parameter handler directly, and the allowlist's
shape assertion still carries the safety argument.
fix(client): carry the settings-scope move across the release manifests
Rebasing onto the publishable release set replaced every manifest's dependency
block, so the packages this change touches restate their additions in the
workspace-protocol form: the base layer's own transport dependencies, and the
`ui-settings` plus `remote` edges each preference-row owner now needs.
ui-settings-general takes clsx with the shell it received, and client/runtime
drops the settings-form and schemastery dependencies that left with the
transport.
fix(api-gateway): give each $on subscription its own registration and containment
Two defects in the forwarded-event subscription table, both raised in review:
A set keyed on listener identity stored one entry when two callers subscribed the
same function object to the same event, so the first frame reached it once instead
of twice and either disposer silenced the surviving registration. Subscriptions are
now records addressed by registration, which is what "the disposer belongs to the
calling fiber" requires.
A listener declared void may still be `async`, and the synchronous `try/catch`
could not see its rejection: the promise was dropped and surfaced as an unhandled
rejection outside the documented containment. Delivery now attaches a rejection
handler when a listener returns a promise, so both failure modes are logged and
isolated alike.
Delivery also iterates a snapshot, so a listener that subscribes or disposes during
a frame no longer changes who receives that frame, and production matches the
TestRemote double instead of relying on live Set iteration order.
Both fixes are pinned by tests that fail against the previous implementation. The
double gains its own spec for the `$mount` refusal and the unsubscribed-name drop —
per-file coverage reaches it — plus a note that it propagates a throwing listener
where production contains one, so no spec mistakes it for the containment guarantee.
Three prose corrections: `assertJsonArgs` states where its throw actually surfaces
(the emitter's listener containment, not load or emit time), the browser e2e README
names every standing Client import rather than claiming one exception, and two
comments and a test title state the forwarded event instead of the deleted
client-side one.
refactor(remote): deliver forwarded frames through ctx.remote.$dispatch
The carrier used to relay each decoded frame over an internal
`remote/host-event` cordis event so the delivery port could stay off the Remote
contract. The relay was the wrong shape twice over: it put a client-face event
into a scan whose subject is the Host vocabulary, forcing a walk exemption for
something that is not a Host event at all, and it made a direct handoff between
two Client plugins look like a broadcast any plugin participates in.
`TypeRTClientRemote` now carries both roles of one surface — consumers subscribe
with `$on`, and whoever owns the Host frame sink hands frames over with
`$dispatch` — so client/runtime calls the Remote service directly and the event
declaration is gone. A cordis service method is the collaboration shape the
client bundle purity gate prescribes, and it needs no relay to satisfy it.
The trade is that the handoff is now developer-visible: any plugin holding
`ctx.remote` can synthesize a forwarded event. That is the exposure the relay
already had — `ctx.emit` was equally reachable — stated in the contract instead
of hidden behind a private subscriber.
runtime reaches `ctx.remote` through the gateway's Client face rather than
api-remotes': that face imports a Host-tsdown-generated artifact, and this
project sits in the Host build graph.
refactor(api-remotes): keep the allowlist value out of types.ts
`src/types.ts` carries only types by package convention, but it held the
forwarded-event array, so the type-only subpath published runtime code. The
array moves to `src/remote-events.ts` and `types.ts` derives its projection from
it; both compiler faces list both files, so the Host forwarding loop and the
consumer key face still read one declaration and the package's exports are
unchanged.
The invariant companion returns to an empty installer. Its dispatch-shape check
was the only reason the companion imported the allowlist, which made the two
bundled entries share a module: rolldown hoisted it into a third chunk that the
mechanically derived publication list does not carry, so an installed companion
could not import it. Dropping the check retires that coupling along with the
subpath-import and bundle-external workarounds it needed, and the shape the
check enforced at runtime is the part the Host face's `TypeRTForwardableEvent`
assertion already refuses at compile time.
test(ui-task): bind the locale plugin's new injections in its bench
The bench boots the real locale plugin, which now injects the settings-scope
service and the forwarded-event port, so it stayed pending and left `ctx.locale`
undefined. Supplies both doubles like the other benches that boot a plugin
owning a preference row.
docs: close the documentation gates for the forwarded-event surface
Regenerates the two graph catalogs and re-records every bilingual pair this
branch edited. Several pairs needed real work beyond the record:
- The generators write only the English side, so the Chinese sides of
`event-producer-consumer` and `module-graph` had drifted: the former still
listed the three deleted client-face events and pointed at declaration sites
this branch moved into `types.ts` modules, and the latter carried a stale
dependency graph.
- `TypeRTClientRemote`'s documented declaration gains `$dispatch` on both sides.
- The pairing contract requires both sides to link the same target, so the
apiproxy README and the design note now link the English note from both
languages, and the note's code blocks are byte-identical across the pair
(a translated comment inside a fence counts as divergence).
- `apps/web/tests/README.md` gains its Chinese counterpart; the browser e2e lane
documents a discipline reviewers apply, so it belongs in the bilingual corpus
rather than in the pairing exemption list.
- Four fences in the design note are marked `ignore-check`: each quotes a member
signature, a union arm, or a snippet that names symbols it does not import, so
none is a compilable unit.
docs(agent-note): transition the forwarded-event note to implemented
The design shipped in this PR, so the pair moves into `implemented/` and takes
that folder's skeleton: `## Proposal` becomes a present-tense `## Decision`,
and `## Acceptance criteria` plus `## Risks` fold into `## Verification` (what
pins the behavior) and `## Consequences` (what the shipped shape costs).
Facts that moved after the proposal are corrected rather than preserved: the
allowlist value now lives in `remote-events.ts` beside a type-only `types.ts`,
the delivery port is `$dispatch` rather than an internal cordis event, and the
invariant companion is an explained empty installer. `Verification` states the
two `$on` defects the review found — independent registration identity and
async-rejection containment — since those are now the properties tests pin.
Supersession is partial, so five active notes stay active and gain a
cross-link each: `web-config-plane`, `web-client-session-scope`,
`config-plane-boundaries`, `versioned-gui-welcome-onboarding`, and
`permission-default-for-new-sessions` each described a frame this change
replaced. Only the mechanism sentence is annotated; every conclusion those
notes own is untouched, and `host/models-changed` remains apiproxy's own
derived frame in all of them.
Also pins the disposer's idempotence: calling one `$on` disposer twice must not
splice a surviving twin registration out from under its owner.
fix: docs
fix: test
Machine-produced by `pnpm run rescope-vendor --apply` plus the regeneration it
prints: `pnpm install` for the lockfile, `pnpm run gen-third-party-notices`,
`verify-translation-pairing --write` for the touched bilingual pairs,
`gen-doc-graphs`, and one typert snapshot whose ids embed character offsets.
`pnpm run rescope-vendor --check` verifies the result.
Renames nine vendored packages (cordis, cosmokit, schemastery and the six
@cordisjs plugins) and every reference that resolves them: manifest names and
dependency keys, module specifiers including declare-module merges, cordis.yml
plugin names, tsconfig paths, every Markdown fence, and `docs/` prose.
Directory names, upstream versions, and dependency ranges are unchanged, so
vendor/README.md still reads as an upstream snapshot; its manifest table gains
an upstream-name column so THIRD_PARTY_NOTICES keeps MIT attribution pointed
at each fork's origin.
The tutorial tier follows the rename end to end: its yaml fences named plugins
the Loader can no longer resolve, its `ts ignore-check` fences disagreed with
the compiled fences beside them, and its prose quoted both. The contracts that
told readers to keep upstream names — the root convention and the vendoring
cookbook's tree comment and manifest invariant — now say to rescope instead.
Two rules read `@deepseek-ai/` as "another workspace plugin": the client bundle
purity gate now names the vendored libraries a browser bundle inlines, and the
files where a bare `cordis` is an agent-preset id keep that product data.
The task registry has run every background bash, pwsh, pty-send, and
one-shot subagent since it landed, but only the model could read it: a
human at the Web client could not see that a build was running, tell a
finished task from a stuck one, or find its outcome anywhere but the
`run_in_background` tool card that printed an id and never updated.
Task state now reaches the browser as one whole-snapshot `session/tasks`
mux frame per session, pushed at every registry commit that changes what
that session can see. `TaskService` gains `onTasksChanged`, which is
owner-granular because owner-disposal removal is a change no per-task
record can express. The carrier reads the exact owner the listener hands
it, so a push stays correct while that scope tears down, and reads the
baseline through the non-resuming `ctx.agents.get` so listing never
revives a cold session. The client keeps a last-wins mirror on
`SessionListState`, and a new `dsh-client-ui-task` package renders it
beside the subagent catalog — rendering nothing at all until the session
has a task, so an ordinary conversation grows no new chrome.
Streamed per-task output and human-initiated cancellation are separate
phases; the note records why neither has to undo this channel, and why
no Web path may call the consuming `ctx.tasks.read()`.
The /client entry of a UI plugin exports no values beyond what cordis
loading needs; the theme constants block returns to type-only re-exports,
the per-namespace schemas move into the shared *-settings modules instead
of widening the host entries, and same-package specs import those internals
directly per the export discipline in packages/client/AGENTS.md.
bindSettingsScope mirrors the Host-side settings owner seam in the browser:
one scope per namespace publishes a snapshot store (status, section value,
revision, writability, host/memory mode), validates sections against the
namespace's serialized wire schema via dsh-client-schema-form, and keeps the
controller's listener-before-read, revisioned serialized writes, latest-wins
publication, conflict recovery, and disposal quiescence. Theme, locale, and
busy-Enter services now take the scope as a constructor collaborator, which
removes the bindPersistence/syncPreference two-phase callback pair and the
defaulted no-op persist writers; hand-written wire guards fall away in favor
of the registered schema. test-runtime gains a stubSettingsScope double.
Review findings from the first round:
- ui-settings renders its full-viewport panel as a fixed-position DESCENDANT
of the sidebar column, so `pointerleave` never fires when the pointer moves
onto it and the bars stayed drawn after it closed. Leaving is now decided
against the column's box from a document-level pointermove that exists only
while the bars are drawn; the element's own leave stays for the pointer that
leaves the window.
- The rebind gate judges the rule rather than each declaration, so a pair that
mixes `transparent` with an l2 hover no longer passes, and the elevation
half compares whole values instead of token shape.
- Hiding no longer exempts a sheet from the elevated-surface rebind check.
- The e2e polls the reveal before reading a colour for the golden, and pins
that a pointerless scroll draws no thumb.
The session list overflows after a handful of sessions, and its scrollbar
was drawn permanently in a column that is at rest most of the time.
SidebarRoot now tracks the pointer over the whole column and rebinds
ui-theme's scrollbar indirection pair to `transparent` while it is
outside, keeping the thumb for 2s after the pointer leaves so it does not
blink out on the way past. Rebinding colour leaves the list's
`scrollbar-gutter: stable` reservation in force, so revealing the bar
moves no row.
ui-theme's gate now states the widened contract: a rebind targets an -l2
token pair or `transparent`, and nothing else.
Node >= 21 exposes a global `navigator` reporting the machine's own language,
so gating detection on `navigator` let a non-browser boot of the client tree
resolve to `en` instead of the documented fallback; `window` is the browser
test. `navigator.languages` is spec-required but absent on some embedders and
older WebViews, where spreading it would throw at boot, so the walk tolerates
its absence and `navigator.language` covers that host.
The per-spec pin boilerplate collapses into one suite-level
`usePinnedBrowserLanguages('zh-CN')`, which owns the rationale in
dsh-client-test-runtime, and the English-browser e2e scenario now clears the
console warnings channel too — its page has no closing inventory spec.
A first visit resolved to Chinese regardless of the browser: LocaleService
read `dsh.locale` and fell straight back to `zh` when nothing was stored,
ignoring the languages the browser already states it reads.
The initial locale now resolves through three ordered sources — the persisted
preference, then `navigator` (first entry of the ordered language list whose
primary subtag names a shipped locale, so `zh-Hans-CN` -> zh and `en-GB` ->
en), then `FALLBACK_LOCALE`. An explicit choice still wins and nothing writes
the detected locale back to storage, so "has the user chosen?" stays a
question only the stored value answers.
Specs asserting the shipped Chinese copy now state the browser they assume:
the web e2e scenarios open their page with `locale: ZH_BROWSER_LOCALE`, and
package specs pin it through the new `pinBrowserLanguages` test helper.
`settings-chrome.e2e.ts` gains an English-browser scenario as the
assembled-app proof.
Public snapshot state stays in the store engine's plain-data vocabulary
(immer drafts reject Sets without the MapSet plugin, which stays off):
manager/service/contract carry readonly SessionId[] in Host order, and
the tree derivations build their own transient Set — the
expandedProjects pattern. Membership-unchanged installs still keep the
array reference for Object.is short-circuits.
WorkspaceListState gains archivedSessionIds (ReadonlySet, replaced only
on membership change), installed as full snapshots from the list
baseline, the unary echo, and the changed frame. Archiving the current
session clears the selection into the New Session view state. Test
doubles (test-runtime, fake APIs, fixture client) follow the widened
IWorkspaces/IApiClient faces.
Registrations declare a dictionary namespace (locale: NS) and the renderer
synthesizes a typed t prop for the entry's component from the installed
LocaleFace; the seat binding is re-derived per locale revision, so a language
switch hands out fresh t references and memoized consumers re-render through
ordinary shallow comparison. LocaleNamespaceMap is the declare-merge table
(namespace -> dictionary key union); TranslateNS<'ns'> is the
namespace-addressed translate type (namespace keys plus the shared common
vocabulary), carried by the t seat and by the locale service's typed bind.
LocaleService implements the face (lookup ns -> common -> zh -> key,
revision-carrying snapshots with subscriber isolation) and installs it
through the boot-once slots.installLocale seam, mirroring the renderer
install. The typed register(ns, {zh, en}) overload checks each dictionary
against the namespace's key union and requires every shipped locale, so a
missing or extra key and an unbalanced translation are compile errors.
Dictionary registration bumps the face revision without emitting
locale/change — the event now means exactly 'the active locale switched',
so registration-heavy boot cannot storm event listeners.
The check added last commit derived its elevated set from the sheets that
already rebind, which cannot catch the omission it targets: such a set only
confirms what someone already remembered, and a surface nobody has rebound
yet defines itself as unelevated. Review found the case that proves it —
TodoPanel scrolls in .list on a --dsw-specific-tip card, the same dark rung
as the menu surface, unrebound and with the derived check green.
Resolves the set from the palette's own dark elevation ladder instead: the
surface tokens whose dark value lands on bg-layer-2 or bg-layer-3, which is
the step the l1/l2 split encodes. A new palette token on an elevated rung is
in scope the moment it is defined.
Scope is by token family rather than geometry: only --dsw-alias-bg-* and
--dsw-specific-* name a surface. The button, interactive, and markdown
families reach the same rungs while naming a control or an inline span that
no scroll container renders a bar against, and shape cannot separate them
since a floating button carries a radius, a shadow, and a fixed size —
ChatView's .toBottom pill was the false positive that showed this.
Adds the missing TodoPanel rebind. Mutation-checked all four rebinds in
turn: each is named with its surface. The palette anchoring has its own
control — narrowing the family pattern turns it red on --dsw-specific-menu.
Review found three scroll containers sitting on surfaces the rebinding
contract covers, none of which rebound: ui-primitives' shared Menu card
on --dsw-specific-menu (the surface PopupSelectView already rebinds for),
and the composer input and question composer cards, both on
--dsw-specific-input-major. Each rendered the l1 thumb, which differs
from l2 only in the dark palette and only on that surface, so a
light-palette screenshot and a code read both look correct.
Adds the mechanical check that would have caught them instead of leaving
it to inspection: a sheet that scrolls somewhere and paints a known
elevated surface somewhere must rebind. The elevated set is derived from
the sheets that already rebind, since a rebinding rule paints the surface
whose elevation it declares, so a new elevated surface joins the set by
rebinding rather than by anyone updating a list. Surface-level rather than
element-level because the card and the descendant that scrolls are
separate rules and CSS text does not say which contains which. Verified by
reverting each of the three fixes in turn: the check names the sheet and
the surface every time.
Also commits snapshots/sidebar-scrollbar/geometry.expected.md, the
resolved scrollbar style and geometry in both palettes. The aria goldens
the other web scenarios commit cannot carry a CSS-only change, since it
alters no DOM and no accessible name and leaves their trees
byte-identical. Absolute coordinates stay out: they track font metrics and
the laid-out sidebar width, so committing them would document the platform
and force a per-platform re-record.
imccyu