Writing node source, installing modules and any flow save that adds,
retypes or repoints a code node (Function, Command), edits a Command
node's settings or changes a node's resources.env now answer 403 for
everyone but a superuser. MCP tools and the assistant reach the same
routes, so they inherit the gate. Node types report runs_code.
The editor shows code read-only with a note, disables a Command node's
settings, leaves code nodes and reusable nodes out of the palette and
paste, and the Modules page offers no install.
The close button grows to a 44px target centred on where its icon already
sits, and every footer button is 44px tall, on a phone only; desktop keeps
its sizes.
An inject's payload and a flow input's starting value of those types use
JsonField instead of a one-line text field. The field can now hold no value
(shown as the placeholder; an emptied editor saves null) and checks the shape:
a record must be an object, a list an array.
The one-hue ramp told lines apart by lightness alone. --chart-1 is now
--primary and slots 2-8 are distinct hues (orange, violet, green, orchid,
ochre, teal, magenta) that clear 3:1 on --card and stay apart under
protanopia and deuteranopia; red and sage are left out as the status
colours. A chart takes the slots in order instead of spreading a ramp,
and a dashboard's own palette continues after its primary and listed
colours with slots 2-8 rather than tints of its scheme. Line charts stay
at five series. Tokens mirror index's, as design-check requires.
Below md a dashboard stacks to one column and dropped its rail. The rail is
now a horizontal row in the dashboard's own look, floated over the bottom
of the screen on /panel/{id} and above the dock in the app's view, with
44px items, sideways scrolling when it overflows, and padding so the last
tile clears it; a panel's read-only notice moves up out of its way. The
three looks share the geometry from ui/core.
A free setting typed json and a declared object or array setting (a Switch
node's rules, HTTP headers) show one line of their value; clicking opens a
Monaco JSON editor in a dialog that saves only once the text parses.
Declared object settings were not shown at all before. Escape in a dialog
opened from a side panel no longer closes the panel too.
The port name follows the message until it is typed by hand, and clearing
it follows again. The second line holds the message, so a list port's item
type no longer squeezes the name.
The viewport effect marked the selection as centred before the layout
had placed anything, so an arrival at ?node= fitted the whole flow.
It is recorded once the fit has run.
/search lists each input and batch output under its qualified message,
and picking one opens the flow on the label's id, which the editor now
treats like a click on the label: it opens the flow's settings.
`Run.passed` (migration d5a3c8e1f246) keeps the names the caller chose, so
the run detail and the comparison table can mark a value as the flow's own
again; rows from before it fall back to the names their params lack. Retries
hand on their parent's list, imports record their entry's.
Also: a cancel of a queued run no longer leaves its id in `_cancelled`, a
linked comparison no longer crashes before the list loads, and the pre-commit
failures are fixed (stale client, `text-[10px]`, worker formatting).
A provider set under Settings (OpenAI-compatible; key encrypted in
flow-data/ai.json) turns on an Assistant panel in the sidebar. Each turn runs
the FastMCP tools in-process as the person chatting, streams the rounds over
SSE and keeps one transcript per user. The panel floats on any screen and
shares the editor's lane: a settings panel keeps the top half, the chat the
bottom. The MCP client is now built once, for the endpoint and the chat.
`node_health` fires once at the transition, while `HEALTH_FLOOR` still
hides the node, and nothing is published when the floor expires 60 s
later. Schedule a per-node re-read for that moment, cancelled when the
node recovers and on socket teardown. Health now also invalidates the
brain graph, whose key is a sibling of the flow's rather than a child,
so Home's fault rings never moved on a health flip at all.
LoadingButton kept its own copy of buttonVariants, which had drifted past
`brand` and the icon sizes; it imports Button's now, so the Connect /
Re-pair button can show the loader instead of swapping its own label.
DashboardView mounted a second LookProvider inside the one CanvasSurface
already gives it and dropped `touch` on the way, so every widget on a
touch panel read `useLook().touch` as false. The provider is now mounted
once, by whatever owns the canvas root.
useCanvasRoot resolved the palette twice per render — once for the theme
class, once for the tokens — so useDashboardTheme takes the roles the
caller already has.
The bar assertions in widgets.spec.ts are scoped to the Load tile rather
than the page, which held only because the unbound spare bar draws no
rows.
"Add remote user" was the one call site swapping its label instead of
using LoadingButton, so it alone had no spinner.
Global search's couldMatch was a strict subsequence test while cmdk's
scorer steps over one query character for a transposition, so a typo it
would have scored never reached it. The prefilter now carries that one
skip, which recovers every single-transposition query in a sweep of the
index shapes and admits nothing cmdk scores zero.
A setting driven by a flow re-renders whatever reads it on every message.
`LookProvider` and `PaletteProvider` built a fresh context value each time,
and `CanvasSurface` called its render prop again, so a value on `theme`,
`palette`, `look`, `background`, `touch` or `locked` reconciled the whole
widget tree and re-ran every chart's `setData`.
The palette is now read as roles once per set of colours, the tokens and
both context values are memoised on it, and the canvas holds the tiles it
built while the callback and the scale stay put. `WidgetBody` is memoised
too: its two props are stable while the document is, so a grid rendered for
its own reasons no longer rebuilds every chart with it.
A bound chord used to be `preventDefault`ed before its handler ran, so the
canvas took every ⌘C and ⌘V whether or not the node clipboard would act —
which is what blocked copying selected text out of the chrome floating over
the canvas. A binding may now return `false` to decline the key; ⌘C does so
when there is a text selection or no node selected, ⌘V when nothing of ours
is stored.
Home's "recently modified" order was a proxy — drafts first, then the
version counter, then the name. Both summaries now carry `updated_at`,
read as the mtime of the working copy: every write in the store commits
immediately, so a file's mtime is its commit time, and `git log -1 --
<path>` costs ~990ms across this instance's 15 documents (it walks the
history back to the last commit touching each one, so it is slowest for
the stalest) against ~1.8ms for the stats. No cache needed.
`DashboardSummary` also carries `footprint`: each widget as its type plus
the placement a panel resolves, which is the whole of what the mosaic
draws. That drops the document fetch per tile and with it the cap of
eight, past which tiles showed a name and nothing else. Verified against
this instance's 8 dashboards: the blocks are identical to what the old
client-side derivation produced.
An MCP access token is a stateless JWT good until it expires, so deleting
the client row revoked nothing already handed out — on the MCP endpoint or
on the REST API, which takes the same token directly. Both doors now look
the client up by the `client_id` the token has always carried, so tokens
already in circulation are held to it too.
A dashboard's `locked` setting stopped the client drawing a control and
nothing else; the server took a publish from a panel showing it anyway. It
now bounds the panel's write scope, resolved live where a flow drives the
flag, exactly as the client resolves it. Reads are untouched — read-only is
not blind — and so is a querying chart's request, which is how that tile
reads rather than something anyone touched.
A run record is a record of what ran, so deleting a flow no longer sweeps its
history: `_forget_runs` is gone from the flow-delete path, and `DELETE /runs/{id}`
is the only thing that removes a run one at a time. The in-flight guard stays —
that is about work, not history.
`DELETE /runs?flow=` is the counterpart to the list's flow filter and what a
reseed needs, sharing the four statements with the single-run delete and
refusing the same way while a run of that flow is still going.
A run whose flow is gone reads as one: `useFlowInputs` reports the 404 rather
than an empty declaration set, so the run page says "flow deleted", explains it,
and disables Retry, which the route would refuse anyway.
The global search capped each category before cmdk had matched anything, so
nothing past the twentieth node or widget could be found at all — this
instance has 28 nodes and 97 widgets. The cap now trims the candidates the
query could reach rather than the raw index.
The admin teardown asked /users/ for limit=1000, which the route stopped
accepting when its bounds went in; a 422 body has no `data` to iterate, so the
hook threw and took the tests it was attributed to with it. It asks for the
500 the route allows.
And `submit` folds every declared initial into a run's params, so an input the
run never passed can no longer read as the flow's own. That assertion is gone;
what the panel does show — the value the run actually started from, passed or
not — is what the test checks.
The icon variant lost its last caller when the responsive variant stopped
carrying a second cropped image. runOverviewQueryOptions now takes the
refetch interval, defaulting to the 30s the Runs screen and the dashboard
panel want; Home passes 10s so a short run does not linger on the tile.
agents.md spells the API host as api.${DOMAIN}, which is what the rest of
the docs use.
Several stateless instructions where a single button is one — six presets are
otherwise six tiles to place, six titles to read, and the message they share
repeated six times. Nothing is read back, as for a single button: what these
send is an instruction, and the last one sent is not a state to draw.
Auto-fit columns rather than a configured count: a tile is resized in the
editor and scaled again to whatever panel it hangs on, so how many fit is not
something the document can know.
The editor reads `cfg.buttons` raw rather than through `buttonsOf`, which
drops the blanks — a row being typed into is blank until the first keystroke.
Also carried along by the hooks: the generated SDK was stale (it had no
`RunsReadMetricNames`) and one pre-existing block in `test_panels.py` was
unformatted.
A share link admits somebody at the portal, so this instance first hears of
them when they arrive rather than when a superuser types their code in.
An unmapped portal identity is now checked once against the portal's own
list of who may reach this instance and given an ordinary local account
only if the portal vouches for it.
Asking rather than believing the token is the point: a token stays signed
and valid until it expires, so trusting its claims would let one rebuild
the account somebody deleted here and deleting a user would stop being the
whole of the revocation.
The account-making itself moved out of the route, since both ways in build
the same thing.
Each was a loose end recorded under `### SDK` in the notepad.
`serve` takes its own pidfile down on SIGTERM. uvicorn restores the handler it
found and re-raises the signal it stopped on, so the default handler ended the
process without unwinding and the `finally` never ran — which is what a stop
sends, and what left `serve.pid` behind.
`serve.log` is cut back past 5 MB by the engine rather than by the screen that
started it, so an adopted engine is bounded too. Gated on its own stdout being
an appended regular file, which is what makes the cut safe: the kernel then
puts the next write at the new end.
Cards are counted from `/dev/nvidia[0-9]*`, so `FLOW_GPUS`/`--gpus` of 0 means
"work it out" the way `FLOW_CPUS` always has. The engine counts, not the
accountant — a remote worker builds one of those from its own inventory, and
detecting there would hand it the engine host's cards. The worker counts last:
what a batch job says it was granted still wins.
`GET /runs/metrics/names` is the distinct over a selection that `--list` and
the terminal's metric picker were approximating by reading the newest run that
had measured anything, which missed a name only an older run ever wrote.
`MetricSink` announces each batch it has written (`run_metric`, carrying the
names). Not a per-point event: one covers up to 500 points or two seconds of
them, and the rows stay the record. The terminal comparison fills in as the
first readings land instead of staying blank until reopened, and the browser
refetches the run and any comparison rather than the list behind them.
`retry --group` pages the list route by `before` instead of stopping at 500.
The terminal dashboard takes the terminal's colours (`ansi-dark`), and the web
UI can re-pair from Settings without disconnecting first.
The site promises simulated inputs and mocked sensor values, and nothing in
the app was that. A run already is: the values are the caller's, the state is
the run's own namespace, and nothing it computes reaches the live flow. What
was missing was a screen to do it from, and the draft flag being honoured.
`/runs/new` is a flow, a field per declared input, a seed and Run; `/runs`
stays the log. A comma-separated list in a number field expands into the grid
`fluksio sweep --param` builds and goes to the sweep route, so launching one
no longer needs a terminal. Only numbers split: a comma in a string is
content, and one in JSON is syntax.
`RunCreate.draft` was validated at submit and dropped before the run
executed, so "try the working copy" ran the published one. `Run.draft` is a
column now, the driver reads the same copy the submit checked, and a retry
carries it. `FlowSummary.mode` came with it so the rail can say which flows
are batch before one is picked.
Also here: a Retry button on a finished run, which the route has always had
and the UI never did, and parameter cells truncated to their column with the
full value on hover.
The rate the media dtypes could carry was one frame every second or two: each
was a file on the data volume, an event on the socket, and a request back for
the bytes. This closes both halves of that, and they are one feature.
`save_artifact(..., volatile=True)` writes to a `VolatileStore` — the same
content-addressed store, in `/dev/shm`, bounded by size with the oldest falling
out (`ARTIFACT_VOLATILE_BYTES`, 48 MB under the container's raised `shm_size`).
Nothing sweeps it: a frame nobody kept is not worth walking the store to find.
`ArtifactStore.path` falls through to it, which is what lets a volatile frame be
an ordinary reference everywhere else — the dtype check, a panel's digest scope,
`load_artifact` in a node, and the widget's own fetch all work on one unchanged.
`adopt` copies one into the store when a run records it, so "returned media is
kept, emitted media is not" stays true.
The bytes then go down the flows websocket as a length-prefixed binary frame,
sent just ahead of the `message_value` naming them, so a tile has the frame when
it hears the value moved. Nothing is pushed unasked: a client names the messages
it is drawing (`{"type":"media","names":[…]}`), a panel's list is intersected
with the scope it already had, and only the newest frame per name in a batch is
sent — a client that fell behind is not handed frames it would draw over. The
tunnel relays text only, so a screen reached through a portal falls back to
fetching, which is why the rate table now has two rows.
Around the edges: the remote worker's fetch cache is bounded at last
(`FLUKSIO_ARTIFACT_CACHE_BYTES`), since content addressing means nothing in it
ever expires and a media stream fills it with chunks nothing asks for twice; a
port carrying an image draws the frame in the node panel rather than only
saying `image/png · frame.png · 1.79kB`; and an edge chip says that much instead
of a line of hash. The media screenshot stops waiting for `networkidle` — a
camera is a socket that never goes quiet, which is the point of it.
It described the wrong object. A dashboard is a document that may hang on a
hallway tablet and in a desk browser at the same time, and only one of those
has fingers on it — so the flag moves off `DashboardDef.settings` and onto
`PanelDef` as a plain bool, ticked in the Panels dialog. `useCanvasRoot` takes
it as an argument rather than reading the document, and `/panel/{id}` is the
only surface with a panel to ask.
Dropping the message binding with it is deliberate: nothing drove it, and a
flow deciding whether a screen has fingers on it was never the point. A stored
`settings.touch` is inert rather than migrated, which `_check_settings`
skipping unknown names already guaranteed.
The rail was the other half. It had no touch behaviour at all and its 40px
buttons met neither branch of the 44/32 rule. `[data-touch] .dui-rail{-item}`
in `ui/core/core.css` spends the padding and the gap on the buttons instead,
so they reach the 44px target and the rail comes out taller at exactly the
same width — `RAIL_INSET` never moves, and the arrangement under it does not
either.
Also closes the panels-dialog icon gap: `DashboardSummary` carries the `icon`
now, so the dialog draws each assigned dashboard's rail glyph beside its
checkbox. `initials()` went from three identical copies in the looks to one in
`Dashboard/icons.ts`, so the dialog and the rail fall back the same way.
A node setting's description comes off the backend JSON schema, so every
node type's panel still printed a paragraph under each field. It moves to
the field label, which is the change that makes the node panel read as a
list rather than a page.
Alerts, Modules and Remote access follow the same shape. A page keeps a
one-line description under its h1 — a page is arrived at rather than
scanned — and the rest goes behind the heading's tooltip.
Verified on the running stack: the tooltip opens on tap in the phone sheet
and on hover on the desktop panel.
The node, flow, widget and dashboard panels explained themselves in
paragraphs under every control. They now carry a caption and an info
tooltip, so a panel reads as a list of settings.
InfoTip, PanelSection and FieldLabel live beside PANEL_SECTION in
SidePanel.tsx, which the panels already share. InfoTip holds its own open
state because a Radix tooltip ignores a touch pointer, and below md the
whole panel is a full-screen sheet — hover-only help would leave a phone
with the caption and nothing else.
Dashboard/panels.tsx drops from 30 helper paragraphs to 5; the ones left
are empty states and status, not explanation. Em-dashes are out of the
user-facing strings, except where one separates the halves of a select
item.
Follows the portal: the noun is "instance" everywhere the app says it —
UI strings, CLI output, error details, docs and comments. The wire keys
(`instance_id`, `instance_token`) and the hub route this calls move with it.
An existing cloud.json is adopted rather than refused: without the key
alias the dataclass fails to parse, which the caller swallows and reads as
"never enrolled" instead of "reconnect".
`instance_key` on a node type becomes `target_key`. It means the outside
thing a node points at, which is a different sense of the word, and keeping
both would put two meanings of "instance" in one codebase.
A tile that draws whatever an address serves: no binding, no flow, just an
iframe. Only http(s) loads — a `javascript:` src would run in the app's own
origin, and a dashboard is a document several people can edit.
`Tile` takes an optional link: Nodes and Flows running to /flows, Runs
running to /runs, Failures down to the list further down the same page.
Queue backlog and loop lag have no screen of their own and stay plain.
`Logo`'s responsive variant carried a second `<img>` for the collapsed
rail, but AppSidebar hides the whole logo when collapsed, so an ancestor
`display: none` meant it never rendered in any state.
An unknown name indexed the map, got undefined and drew nothing — the same
as no icon at all, so a typo was invisible. It resolves to a placeholder
glyph and the default tint now, and warns once per bad name: both lookups
sit in a render, so a bound widget would otherwise warn per value.
An empty name still draws nothing, which is what "no icon" means.
`overflow: hidden` on the frame and its body cut a control's 22px
`--gl-glow` dead at the clip edge, and the gauge's own `<svg>` cut its
drop-shadow at the viewBox — the arc's top sits ~3.5 units from it.
`overflow: clip` with a margin wide enough for the blur (1.5rem on the
body, which already sits 1rem inside the frame; 0.5rem is all that leaves
the tile, which is the gutter).
That means the body no longer scrolls by default. `.dui-frame-scroll` was
already wired through from `scrolls()` into every look's Surfaces with no
CSS rule behind it, so the class is what opts markdown, agenda and
notification back into a real scroller.
The player is the one tile that both reads and publishes, so it has two
bindings: it shows a `record` describing what is playing — title, artist,
album, status, and position and duration in seconds — and publishes transport
words back to one `str` message (`toggle`, `next`, `prev`, `seek:<seconds>`).
Those are a streamer's own vocabulary rather than this app's, which is what
lets one tile drive whatever is on the other end.
The position counts forward in the browser between readings, so the bar moves
at one second while the device behind it is polled at whatever rate suits it;
every reading that arrives is taken as the truth and the count restarts there.
That is also why this is one record rather than five messages — a tile drawn
from five would redraw itself five times, and show a new title against the old
duration in between.
Being both is why `INPUT_WIDGETS` does not gain it: what that set means is "the
message this widget publishes is its only binding", which is exactly what a
player is not. Its reading is checked the usual way and its `target` separately.
The fader beside it needed nothing new. `ui/core` has had `orientation` on the
slider all along and all three looks draw it; only the widget never passed it,
so a volume control — the one thing reached for without looking, where up is
louder — could not be a column. Now it can, and the tile's height is the track.
**nginx served the bundle uncompressed and uncacheable.** The base image
ships gzip commented out and nothing set `Cache-Control`, so every load
carried the whole thing and every reload cost a 304 per asset. Measured on
the built image: the entry chunk 838 kB → 311 kB, the Monaco chunk 2.66 MB
→ 832 kB, and the ~50 content-hashed assets are now immutable for a year.
`index.html` is explicitly `no-cache`, since it is what names the rest.
**A widget that throws no longer blanks the screen.** There was one error
boundary in the app, on the root route, so anything that threw replaced
everything including the navigation — on `/view/{name}`, an unattended wall
panel with no way back. Each tile has its own boundary now, and the app
shell has one inside it so a screen that fails leaves the sidebar standing.
`react-error-boundary` was already a dependency and imported nowhere.
**`localStorage` cannot take the app down.** Reaching it raises where the
browser blocks site data, and `setItem` raises once the origin's quota is
full — which the flow editor's node clipboard, carrying whole Python
sources, can genuinely reach. Thrown from a key handler that escaped to
`window.onerror`, which the single root boundary then turned into a blank
page. `lib/safeStorage.ts` is the guarded pair the pre-paint theme script in
`index.html` was already using; a copy too large to store now says so.
Queries default to `staleTime: 5000` — below every poll interval on any
screen, so nothing polls less often than it did, but a route mounting twice
in a few seconds stops refetching everything it touches. Window-focus
refetching is off: the socket pushes what changes and a reconnect
invalidates what it feeds, so a focus event has nothing of its own to say.
Home alone reads about ten queries on every one of those.
Render cost, two that showed up in the audit:
- `LogsPanel` was rendered unconditionally by the dock and decided inside
itself whether to draw, so with the panel *shut* it still subscribed to
the log store and re-filtered five hundred lines per line a flow
published. It returns before any of that now.
- `HealthActivity` subscribed to the whole engine-event array and used one
number from it, so a flapping node re-rendered the component that draws
Home's two uPlot charts — each of which rebuilds its series on every
render by design. It subscribes to that number.
- the global search bucketed the index nine times per keystroke, once per
group. One pass, and each group offers at most twenty.
A three-node cascade publishes 13-16 events and each one crossed to the
event loop on its own. They are one `call_soon_threadsafe` now — whatever
was published between two turns of the loop goes over together — and every
subscriber still receives every event, oldest still dropped first when one
falls behind.
The socket end of the same path:
- **any frame from the client ended its stream.** `receive_text` was
awaited once, outside the loop, so a keepalive — or anything else a
client decided to say — satisfied it and was read as the client going
away. It is recreated per iteration; only a disconnect ends the stream.
- events go out in one frame per wave (`{"type": "batch", "events": [...]}`,
capped at 64), serialised once with orjson rather than per client with
the stdlib's `json.dumps` through `send_json`. The client unpacks a batch
and still understands single frames, so an older engine behind a newer
bundle keeps working.
- authenticating and building the snapshot happen on a thread. Both were on
the event loop: one is a database round trip, the other reads the whole
of state, per connect and again per `dashboard_changed` per panel.
`Pipeline.values()` — what that snapshot is — no longer SCANs the whole
Redis namespace. It scanned five bookkeeping keys for every message to find
the messages; `RedisState` keeps a set of the names beside them and answers
from it. Maintained wherever a message is written, so a seeded value or a
deleted flow keeps it exact.
On the client, while in the same file:
- a `node_health` event invalidates the flow's detail. The canvas draws
health from the server-derived `issues`, so a node going down or
recovering only showed on mount, navigation or a rebuild. The store had
a health map of its own that nothing ever read; it and `useNodeHealth`
are gone rather than wired up, since the server's view is the one the
canvas already uses.
- a reconnect invalidates the five key families this socket feeds instead
of the entire cache, and the backoff is jittered. The usual reason a
socket dropped is the engine restarting, so every tab and every wall
panel refetched everything, together, at the moment it was least able to
answer.
- a frame that will not parse costs the frame, not the connection. It was
the one unguarded `JSON.parse` in the app; an exception there escaped to
`window.onerror` and left whatever it had already applied behind.
Runs: a run can now be deleted (DELETE /runs/{id}, cancelling a live one
first), exported as csv from the screen's own filters, and its flow label
opens the flow. Its "Parameters" panel became "Inputs" and lists every
input the flow declares, marking the ones that took the flow's own value
rather than the run's — the comparison table resolves the same defaults
instead of printing "unset".
Home reads brain, dashboards, health, flows: the mosaic is one full-width
scrolling strip, and the flows list and the flow-activity rollups merged
into a single left-joined table so a flow's state and its numbers sit on
one row.
Charts take a drag to narrow the x window and a double click or tap to
come back out. UplotChart holds the scale and passes resetScales:false
while a window is held, which is what the old comment said made this
impossible.
`GET /api/v1/search/` hands the client one flat index of everything worth
jumping to — flows and the nodes inside them, dashboards and the widgets on
them, panels, secrets, modules, workers and alert channels — and cmdk matches
it in the browser, so results narrow while typing without a round trip per
keystroke. A node hit is the one thing no list endpoint could answer: it opens
its flow with that node in focus.
The panel is reached from **Search** above Documentation in the sidebar, or
⌘K anywhere. The flow canvas palette moves to ⌘P, being the narrower of the two.
The panels dialog gains an address (`/dashboards?panels`) so a panel hit has
somewhere to land, and the sidebar logo gets `shrink-0`: the rail's width
animates while the logo is already back, and a flex item short of room is
squeezed rather than clipped.
The tile only exists on an installation that has run something, which is the
same "nothing has been run yet" the Runs screen goes by. The count comes from
/runs/overview, already grouped by status in the database and already polled by
the Runs screen, so Home shares its cache entry rather than paging rows or
growing a second endpoint.
Pages and sections left in 9ec38d4. DashboardView still promised SectionDef
stayed and that the editor wrote back into the first section; the mosaic
still said "the first page's widgets". Comments only — the code was right.
The phone path draws through DashboardView in both modes, so a locked
dashboard came out with dead controls while it was being arranged — the
canvas path hands editing to its own grid and never mounts the lock.
DashboardView takes `editing` and skips LockedProvider for it; reading a
locked dashboard stacked still locks. Guarded in mobile.spec.ts.
RangePicker carried a byte-for-byte copy of ui/segmented.tsx's markup; it
now renders that component instead.
The dashboard's own segmented widget stays where it is: it is not a copy
but a look-aware control, drawn per look in
Dashboard/ui/{fluksio,glass,material}/Controls.tsx over the shared
useSegmented behaviour. Note that in segmented.tsx in place of the stale
size-prop plan.
stroblme