The "Running now" header had a hint reading "next after this ends in …", and the
commit before this one fixed a real defect in the string it produced — an
unannounced end became the word "ended". Both were beside the point: the branch
cannot render at all.
`Section` shows `action ?? hint`. The hint needed a second live row to have
anything to say, and two live rows are two visible rows, which is exactly the
condition that puts the sort control in the same slot. So the action was present
whenever the hint was, and won every time.
What it would have said is already on the page. The headline panel's "Then" list
names the deadlines behind the closest one and counts each of them down, which is
the same answer with more room. So the hint slot goes, `followingDeadlineMs` goes
with it as its only caller, and `Section` is left with the one control slot it
actually uses.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The progress store merged like the mark stores do, keeping whichever copy had
the earlier timestamp. That is right for a mark — `at` is when the reader made
it, membership is the whole fact, and the oldest stamp is the truest one — and
wrong here, because this record *is* the data. A status, an effort, a note and
whether an event repeats all live in it, and `at` says when one of those last
changed.
So the earlier copy winning discarded every edit made after it, in both of the
directions an import actually happens in: restoring a backup taken before an
evening's work undid the evening, and importing an old file onto a device with
newer progress rolled the device back. Neither is recoverable — there is no
account and no server holding a second copy.
The later record wins now. Nothing is removed in either direction, and taking
the maximum of two timestamps is as order-independent and idempotent as the rule
it replaces. `mergeProgress` came out of the hook to be tested, which is also
how the ignored store's opposite rule is now written down rather than assumed.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Stacking by game rebuilt a lane's whole array for every row it added, which is
quadratic in the lane's length. That is cheap at three events and not at a
reader with fourteen games switched on and the future plotted — and it is not
paid once, because the board re-renders on every clock tick.
Appending into the array instead is the same output: `Map` preserves insertion
order, so lanes still arrive in the order their first row did and the rows
inside one keep the order they were given, which is what the existing tests
pin.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The section header said "next after this ends in {live[1]}", which got the
question wrong in both of the ways lens.ts exists to prevent.
An event whose end was never announced has no time remaining, and the `?? 0`
that stood in for it made `formatRemaining` return its expiry string — so a
second row with `endsAt: null` had the header reading "next after this ends in
ended". That is the one rule this product is built on, inverted: an unknown end
announced as an expiry.
And `live[1]` is the second *row*, not the second deadline. The list is sorted
by whatever mode the reader picked, so under "doing first" the header named
whatever they were second-most partway through — the same mistake firstToExpire
was written to keep out of the headline, one row further down.
`followingDeadlineMs` asks the deadlines instead and returns null when there is
no second dated end, and the header then says nothing at all.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The focus bar, the settings list, the timeline's lanes and the dailies strip all
go through `orderGames` now, resolved once in App. `games` itself stays in feed
order on purpose: `adoptNewLanes` diffs it and `knownGames` is seeded from it,
so ordering it at source would let a display preference reach the code that
decides which of a reader's games get hidden — a reordering bug would become a
game-silently-switched-off bug.
The dailies strip also groups. It was `[...chores, ...repeating]`, which put
Genshin's commissions and Genshin's own login event at opposite ends with a
dozen games between them; a game's chore and its repeating events are now
adjacent, chore first, events in the order they arrived. Collapsed that is
adjacency alone — no per-game headings, because this is the part of the page
answerable in ten seconds and a heading each would make it the tallest block on
it, pushing "next to expire" down the page.
Two things moved to where they belong. Skipping a standing chore for a lane the
reader invented is `dailyGroups`' rule, not the call site's: filtering those
lanes out in App also cost a reader's own game its place in the order its events
group under. And the expanded catch-up panel is its own exported component, so
which days it offers and whose clock they were cut on are testable rather than
trapped behind a `useState`.
`Welcome` drops its own comparator for the shared rule — the picker runs before
any stored order, so it asks for the A–Z case and cannot drift from the four
surfaces behind it.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Nothing did. Every surface that lists a game rendered App's `games`, which is
the order lanes first appear in the feed — whichever game happened to hold the
first event row. It is arbitrary, it moves as events come and go, and it was
the same complaint the first-run picker had.
So `orderGames` is one rule in one place, and `prefs.gameOrder` is where the
reader's own answer goes. Absent means they have never placed a game rather
than an empty order, which is the distinction `knownGames` already draws and
the same trap: every install predating the field is in that state, and reading
it the other way would hand them a blank list. They get A–Z by the name on
screen instead.
Two properties carry the weight, and both are tested rather than asserted. The
result is always a permutation of the lanes given, because a game dropped
here looks exactly like a game switched off and switching it on would not
bring it back. And a lane the order does not name trails the ones it does, so
a game we add later never lands in the middle of a hand-made order and a
retired source keeps its slot for when it returns.
Nothing reads it yet.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
It was the board's alone, sitting between two app-wide filters and
carrying a line of small print to explain why it was different. It is the
same events answering the same question in either view, so it is now one
switch: the board plots them, and the checklist keeps its "Not started
yet" section.
That means the section is off by default, which is a visible change for
every existing reader — deliberate, and the same argument the board makes.
This app answers what expires next; on fourteen lanes the queued patches
are more rows than the thing they came for.
`timelineUpcoming` becomes `showUpcoming`, because the old name would now
be false, and `adoptRenamed` carries a stored answer across on load.
Nothing would be lost by dropping it — `prefs` is one blob under one key,
not a key space — but a reader who had switched the future on would find
it off with no explanation, and they should not have to say a thing
twice. A stored new name always wins, so it cannot overwrite a fresher
answer with a stale one.
Gating the section alone would have opened a hole: nothing running and
everything held back rendered an empty column, because the "nothing to
show" line keyed off there being no rows at all rather than none listed.
It now counts what is held back and names the switch, as the board does.
The split pills stay the board's: the checklist gives these a section
with a heading either way, so there is nothing there to mix them into.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Whether unstarted events keep to their own block or sit in one deadline
order with the running ones. Both are right for somebody, so it is the
reader's answer and it survives a reload like the rest of the board's
shape does.
Defaults to the block, which is the board as it was before the choice
existed. Only read while `timelineUpcoming` is on — with nothing
unstarted plotted there is no block to keep apart — but stored either
way, so switching that back on restores what they said rather than a
default.
The Controls test builds a whole `Prefs`, so a new required field lands
there in the same commit or nothing typechecks in between.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
`endingSoonestFirst` holds every unstarted event behind every running
one. That is right for a checklist — you cannot do a thing that has not
opened — and it is one answer of two for a board, which is asked what
runs out first. An event opening on Friday and closing on Sunday is a
nearer deadline than one running now until October, and that order can
never show it.
So `byDeadline` is the same comparator with that clause removed, and
`timelineLanes` takes a `split` flag choosing between them. It defaults
to the old behaviour, so nothing moves yet.
The flag is also the one case where lane mode reorders inside a lane,
which the module otherwise refuses to do. Deliberate: the given order is
live-first whatever the reader chose in the list, so honouring it would
draw exactly the block this was asked not to draw.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The timeline draws its window from what it plots, so a lane's next patch
sitting on the board pushes every running bar right to make room for
things nobody can do yet. That wants to be the reader's answer rather
than ours, and it wants to survive a reload like `view` and
`timelineGroup` do.
Defaults to false, which is what every existing board already looks
like — the rows were there but nothing was asked, so shipping this moves
nobody. A stored pref wins either way.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
`prefs.theme` is dark, light or system, defaulting to dark: a reader
whose laptop is in light mode has said something about their laptop, not
about this page, and following the device would move every existing
reader the first time they loaded this. No control yet — the value can
only arrive from storage.
App resolves it and writes it to the document. It is also where a hue
meets the theme: doing that in the lane resolver means every label, chip,
rail and bar gets the readable answer without a component knowing a theme
exists, which is why the colophon moves onto that resolver too.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The dark tokens re-struck under `[data-theme="light"]`. Nothing sets that
attribute yet, so the app still renders exactly as it did.
Two things could not be tokens. Game hues are data — ours and the
reader's — and every one was picked against a near-black ground, so
`readableHue` darkens them along the same hue until they read on paper,
and returns dark untouched by construction. And the attribute has to be
on the root before React can mount, or a reader who chose light gets a
dark flash on every load, so the shell reads the preference itself.
That leaves the ground colour written in three files that cannot import
each other, which is what the test pins together.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Events routinely end within a day of each other, and at the old close
end of the ladder their bar ends were a few pixels apart — the board
being asked the one question it exists to answer and telling the reader
to squint. Seventy-two and 108 px/day separate them, and give a one-day
event a bar wide enough to read and to tap rather than the 34px every
short bar collapses to.
The clamp test now reads the ladder's last rung instead of naming 48, so
extending it again does not need the test rewritten.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Thirteen px/day opened the board on about a quarter of calendar, which
is more time than these schedules are written in: a patch is six weeks,
so most bars were short enough that their length stopped reading as a
duration and their title no longer fit inside the bar it named. Thirty-
two opens on roughly one patch cycle on a laptop.
Only new readers move. `prefs` is written on every load, so anyone who
has opened the app has a timelineDayWidth of their own and keeps it. A
phone now shows about twelve days rather than thirty, which is the cost;
the longer view is one press of − away and that answer is remembered.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Lanes keep a game's events adjacent, which is what makes the board
readable for someone playing four of them — but a reader with four games
has one queue of deadlines, and lanes scatter it: the thing ending
tonight sits three lanes below the thing ending next month, and no
amount of scrolling puts them side by side. So the stacking becomes a
choice, and the choice is remembered like the scale and the view are.
The merged mode sorts with endingSoonestFirst rather than a bare end
date, so the timeline and the list cannot mean different things by the
same words — and an unannounced end keeps its place behind every dated
one instead of pretending to a deadline.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
One density cannot answer both questions the board is asked. A patch cycle is
six weeks, a login campaign runs for months, and 13px a day is a compromise
between "what am I in the middle of this week?" and "how do the next three
months line up?" that serves neither well.
A pair of controls steps through a ladder of day widths and the choice is
remembered, on the same argument as the view tabs: a reader who has said how
they want to read this should not say it again on the next load.
Two things it had to get right. Zooming holds the middle of the view still —
rescaling around the left edge of a three-month board throws away whatever
they had scrolled to, and re-opening at today would undo the scrolling that
got them there. And the dated ticks thin out as the scale shrinks, because a
week is 42px at the widest setting and the dates would sit on top of each
other; the gridlines stay weekly, since they carry the rhythm rather than the
reading.
The scale is stored as the measurement, not a step number, and read through
`snapDayWidth`. An export written against a different ladder then opens on
something close to what its reader chose, and a corrupt value opens on the
default rather than a board one pixel wide.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Adding a source is our decision, not the reader's. Eleven lanes became
fourteen this week, and for someone who plays two that is not a feature
arriving — it is their calendar filling with events they will never open,
which is the thing the first-run picker exists to prevent.
`knownGames` records every lane a reader has been offered; a lane missing from
it is new to them, so it is recorded and hidden on sight. The games chips in
settings list every lane, on or off, which is where they take one up.
The case that had to be right is the reader who installed before any of this
existed: they have no `knownGames` at all, and reading that as "has been
offered nothing" would switch off every game they already read. Absent means
unrecorded — the first pass records what is already on their screen and
changes nothing else. Lanes they invented are recorded but never hidden;
typing a game in is asking for it.
The decision is a pure function so this is provable rather than watched for.
One real cost, stated in the PRD rather than hidden: a reader whose game
finally arrives is not told, which makes the colophon roadmap matter more.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
`view` was component state, so a reader who preferred the timeline was put
back on the list by every reload — and which view opened at all had been
decided for them twice over: the PRD said calendar, the app shipped the list.
Neither was the reader's answer.
So the first run asks, and the tabs write to `prefs` from then on. The
question ships pre-answered with the list, because a reader cannot choose
between two layouts they have not seen and that is the one that answers "what
expires next" in a look — and each option is drawn rather than described, for
the same reason. The screen says where to change it afterwards, since the tabs
are small text in a corner.
Adds `view` to the prefs key space. Additive and defaulted, so an existing
reader's stored prefs open exactly where they did before.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The headline panel asked for one row and got one row, so nothing else could
ask this question. `nextToExpire` answers it for any count and `firstToExpire`
is now that function asked for one — one definition, so a big countdown and the
lines under it can never disagree about which deadline is next.
Unannounced ends still sort behind every dated one however long they have been
running: a panel of deadlines that leads with "unknown" is not a panel of
deadlines. It sorts a copy, because the array it is handed is the one the list
on screen is rendering from.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The shell is served cache-first, which is what makes the app work on a
train and also what makes a deploy invisible: a reader with the tab open
— the reader this app is built for — keeps running the bundle they first
loaded, so a new game or a corrected date reaches their device and sits
there with nothing saying why the page looks unchanged. An old app shown
as current is the same failure as old events shown as current.
So the worker now installs quietly and waits instead of calling
skipWaiting(), the page notices it waiting and says so, and the reader's
tap sends the skip-waiting message and reloads on controllerchange. The
app never reloads itself: someone may be mid-way through typing in one of
their own events, and the notice says what a reload costs (their place on
the page) and what it does not (marks and notes live in localStorage).
Detection is derived rather than remembered. build:static grew into a
script that stamps sw.js with a hash of the built shell, because the
browser only offers a worker whose bytes differ, and the predecessor —
a hand-bumped CACHE_VERSION — had already been forgotten once. The feed
is deliberately not part of that hash: it changes twice a day, needs no
reload, and announcing it would teach readers to dismiss the notice
unread. The cache name stays put for the same reason a per-build one
would be wrong — it holds the feed an offline reader is reading.
A first install is not an update and stays silent.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
A file being imported is not necessarily one this reader wrote. Extracts the
record validator so both the store read and the import path share it, and covers
what it has to guarantee: a partly-corrupt file costs the reader only the broken
records, a hue that is not a hex colour never reaches a style attribute, an
export written before F13 is a file with nothing of its own rather than an
error, and an event whose dates contradict themselves does not land.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Adds the two localStorage stores behind PRD F13 and joins their events to the
feed's in App, so they sort, filter, focus, expire and tick through exactly the
same code paths rather than a parallel set.
Three decisions worth naming:
- Export carries customGames and customEvents. These exist in one browser and
nowhere else — not in the feed, not on a server — so an export without them
would be a backup that loses the half the reader typed. Import merges by id
like every other set and never removes.
- A date is read in the reader's timezone, and a bare end date means the end of
that day. Someone who types 20 Aug means the 20th where they are; the feed's
00:00Z day boundaries are a parser declining to guess a time the source never
printed, which is a different situation from being told directly.
- An impossible date is refused rather than rolled over, because Date.parse
turns 30 February into 2 March and a silently shifted date is the failure this
product exists to prevent.
Deleting a game is refused while it still holds events, and deleting an event
leaves its marks and logged days alone — reaching into three stores on one tap
is how a misclick costs somebody a streak.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The data layer for PRD F13, with no UI and no behaviour change yet.
src/shared/custom.ts defines the two key spaces, their schemas, and the
projection into what the views read. Two properties are the point of it:
- A reader's event id is random, not derived from their title. They can type a
scraped event's exact name and date, which under ${game}:${slug}:${date} is a
byte-identical key — one completion mark and one streak silently shared by two
events. Randomness also means renaming their own event never moves its id.
- A reader's event carries no sourceUrl, so a hand-entered date can never be
attributed to a source, and claims no region split, because they entered one
instant and inventing three would fabricate two of them.
The rest is widening what was GameId-shaped into a lane that may be one of
theirs: clockFor takes the boundary fields structurally so their events run on
the identical countdown rather than a second one, day keys fall back to the
regional default for a lane with no server map, and gameMeta becomes a context
resolver so metaFor stays pure and total — a lane can outlive its game when an
import carries an event whose game did not come with it.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Dailiness is guessed from the source's wording, which is a weak signal
and wrong in both directions. Guessing on a reader's behalf and hoping
they notice is the wrong default for a checklist they may build a streak
on, so `detectDaily` now starts false and the control carries an
Experimental tag saying what it does and doesn't know.
The default applies to new readers only — a stored `prefs` keeps its
value, because switching it off under someone who has been ticking
auto-detected checklists would pull those chips out of the strip with no
explanation. Nothing is deleted either way.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Switching games on and off says which games you play, and is set once.
It's the wrong tool for what a player of four games does while reading —
clear one game, move to the next — which cost two taps per game and left
the settings panel no longer describing what they play.
Focus is a lens over that filter, not a second filter: a bar at the top,
above everything it narrows, with a "next game" control that steps
through and ends by returning to all. It never touches hiddenGames, and
a focus on a game since switched off is ignored rather than obeyed, so
it can't strand you on a blank page whose cause is elsewhere. Each chip
carries that game's outstanding count, so a game with nothing waiting
says so before you visit it.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The button advanced one step round the untouched → doing → done cycle,
so pressing "Mark done" on a fresh event produced "doing it" and needed
a second press. Worse, the press after "done" cleared the status
outright rather than undoing anything.
Three states need three targets — that is the control directly above it.
This one is the commit, so it sets done and back. cycleStatus had no
other caller and is gone.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Two symptoms of one bug. The "next to expire" headline counted events
the reader had marked done or ignored, and the dailies strip kept a
tickable chip for a repeating event they had already finished.
showCompleted and showIgnored decide what a reader can *look at*. The
headline and the strip are *instructions*, so they answer a different
question — what is still on your plate — and both now go through one
`outstanding` lens.
Also fixes a second bug in the same line: `next` took the head of the
list, which under "doing first" sorting is whatever you're partway
through, not the soonest deadline. It reads the minimum now.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Guessing from a source's wording is right most of the time, and someone
who finds it wrong often enough should be able to stop it rather than
dismiss the same false positive every patch.
Off, only events the reader marked themselves get a checklist. It
silences the guess rather than deleting anything: overrides, ticks and
streaks all survive, so switching it back on restores exactly what was
there. With it off, marking an event stores an explicit yes, since there
is no longer a detection for an override to agree with.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Dailiness was read off the source's wording alone, which is wrong in both
directions: a grind that resets every day but whose page never prints
"daily" got no checklist, and a banner whose blurb mentions "daily login
rewards" got one nobody could dismiss.
The reader's answer now wins. The control sits exactly where the
checklist goes — the one place the answer visibly matters — so marking an
event and ticking today off are the same gesture in the same place.
An override is stored only when it disagrees with detection. Recording
agreement would freeze today's guess into the reader's own data, so a
later parser improvement could never reach that event.
Marked events also join today's dailies at the top of the page, beside
the per-game chores: at 23:50 a login campaign and a commission run are
the same job, and ticking one should not mean opening a sheet to find its
checklist.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
"What runs out first" is the question this app exists for, but it is not
the only one a reader arrives with. The other is "what was I in the
middle of?", and until now the list could not answer it.
Two modes, toggled from the list's own header rather than from settings,
because ordering is something you reach for while looking at a list.
Ticking a day off a daily counts as doing it without the reader also
setting the status — the tick already said so.
Sorting only ever groups. Both modes fall back to endingSoonestFirst
inside a group and live still beats upcoming, so choosing an order can
never cost the reader the deadline order the product is for.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
A login campaign is not one job with a deadline. It is twenty small jobs
on twenty separate deadlines, and a day you miss is gone whatever you do
afterwards — which a single "done" tick cannot express.
Repeating events now get a checklist: today's tick, a strip of every day
in the run showing what you got and what you missed, the streak, and how
many chances are left. Past days stay editable, because people tick up
later and a checklist you cannot correct stops being trusted after the
first mistake. Alongside it sits today's dailies — commissions, sanity,
daily training — one tick per game, keyed `dailies:<game>`, since no
source publishes those and they are the only thing on the page that
expires tonight rather than next patch.
Days roll at 04:00 server time per region, not midnight: finishing at
02:00 is still yesterday, and a naive UTC date would tick the wrong box
for four hours every night.
Dailiness is read off what the source published — a login event type, or
"daily"/"check-in"/"7-day" wording — never from a game's habits or an
event's length. That adds no schema field, so the feed contract and every
event ID are untouched. An unannounced end yields a tick count, not a
checklist of invented length, and a tick is never removed except by the
reader, including ticks outside the window the feed now claims: a source
quietly moving a date must not erase a fortnight's streak that exists
nowhere else.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Membership in a set can only say "done", so "started" was inexpressible.
Progress carries a status instead, plus an optional effort estimate and a
note.
The old completions key is read once to seed status: "done", and is never
written to or deleted. Someone who last opened the app six months ago still
has their marks under it, these live only in the browser, and nothing else
holds a copy to restore from.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Ignoring is not completing. "Done" keeps an event visible and counted;
"not interested" removes it from both views, which is the entire point.
Completions and ignores are the same shape and want the same guarantees, so
they now share one mark-set implementation — union merge on import, never a
removal, since nothing else holds a copy. Both ride in the export file.
Ignored events stay recoverable: the count and a reveal toggle appear in
settings once there is something to reveal.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Endfield was previously written off as undatable. That was wrong: a first
pass only inspected its Duration rows (all "Permanently Available") and its
year-less version grid, and missed an "Event | Schedule & Summary" table
whose cells read "Period: 08/09/26 - 08/30/26 During the event...". Two real
events, with a year.
Adds MM/DD/YY range parsing for that shape. Month-first ordering is not
assumed lightly — Endfield's own version grid reads 01/22, 04/17, 07/16 for
versions 1.0, 1.2 and 1.4, chronological only if the month comes first.
Also stops presenting unlock conditions as descriptions. Several templates
put "Reach Union Level 8" where a blurb would go; filling the summary slot
with text that never says what the event is is worse than leaving it empty.
Wuthering Waves correctly drops to zero summaries as a result.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
A calendar full of games you don't play is worse than an empty one — it
buries the thing you came for.
Nothing is preselected; the button stays disabled until a game is picked,
which is clearer than guessing and hoping the reader notices. The choice is
stored as hiddenGames, the inverse, so a game added later shows up by
default rather than staying invisible.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Completions and prefs live in localStorage and never reach the server —
there is no account and nothing to log into. Reads never throw, so a corrupt
value costs a preference rather than the whole screen.
Import merges and never removes: a completion present on either side stays
completed, because nothing else holds a copy to restore from.
The feed client refuses a schemaVersion it does not know rather than
guessing at unfamiliar fields.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
