Game-Time-Master gives the reset as 05:00 JST (20:00 UTC). The previous
04:00 was read off a single mission ending at 3:59AM JST.
Re-labels the game-day of some already-logged ticks.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
Reverse: 1999 has an Asia server on UTC+8 alongside Global on UTC-5, both
resetting at 05:00. Asia readers were on Global's 10:00 UTC; theirs rolls
at 21:00 UTC. Source: Game-Time-Master.
Re-labels the game-day of some already-logged ticks for Asia readers.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
Haoplay Asia resets at 05:00 UTC+8 and Haoplay Global at 21:00 UTC-8; the
app used the regional default at 04:00. Asia readers take the Asia server,
America and Europe take Global. Source: Game-Time-Master.
Re-labels the game-day of some already-logged ticks.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
NTE resets at 05:00 server time, not 04:00, and its America server runs
UTC-4. Asia and Europe rolled an hour early; America lands on the same
09:00 UTC instant and day key as before. Source: Game-Time-Master.
Re-labels the game-day of some already-logged ticks in Asia and Europe.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
One worldwide server on a fixed UTC-7 resetting at 13:00 (20:00 UTC); the
app used the regional default. Source: Game-Time-Master, which lists the
zone as fixed rather than Pacific.
Re-labels the game-day of some already-logged ticks.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
The Global server resets at 05:00 UTC; the app used the regional default.
Source: Game-Time-Master.
Re-labels the game-day of some already-logged ticks.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
The English/Japanese server resets once worldwide at 20:00 UTC; the app
used the regional default. Source: Game-Time-Master.
Re-labels the game-day of some already-logged ticks.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
One worldwide server resetting at 18:00 UTC; the app used the regional
default. Source: Game-Time-Master, corroborated by GameWith.
Re-labels the game-day of some already-logged ticks.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
Umamusume Global resets once worldwide at 15:00 UTC (midnight JST); the app
used the regional default. Kept on the UTC calendar because the source's
dates are headed Availability (UTC). Source: Game-Time-Master.
Re-labels the game-day of some already-logged ticks.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
Blue Archive Global is one worldwide server resetting at 19:00 UTC, but the
app used the regional default (20:00 / 09:00 / 03:00 UTC). Source:
Game-Time-Master, corroborated by two guides.
Re-labels the game-day of some already-logged ticks.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
Infinity Nikki resets at 04:00 on America UTC-7 and Europe UTC+2, not the
regional default, so the app rolled the day 2h early for American readers
and 1h late for European ones. Source: Game-Time-Master.
Re-labels the game-day of some already-logged ticks for those readers.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
A game's servers need not agree on the reset hour any more than on the
offset. Reverse: 1999 and Nikke spell their 05:00 out for all three
regions, so no reader's day key moves.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
The detail sheet wrapped "09:00 AM" and left "AM" on a line of its own.
The time's spaces are now non-breaking, which also covers the footer's
"last refreshed" time.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
Add karendar.com as the event source for Punishing: Gray Raven (PGR).
Karendar publishes a dedicated Global event calendar with exact UTC
timestamps in clean server-rendered HTML.
- Register 'pgr' in GameId and GAMES registry (#CC292B, Kuro Games).
- Add parseWeekdayDayMonthYearUtc in src/ingest/dates.ts with unit tests.
- Implement karendarParser in src/ingest/parsers/karendar.ts reading
'week', 'ongoing', and 'upcoming' sections, mapping indefinite/permanent
ends to endsAt: null, and categorizing tags to EventType.
- Register pgr-karendar-events in src/ingest/adapters/index.ts.
- Add pinned fixture, expected output, and comprehensive test suites.
- Update documentation in AGENTS.md, README.md, docs/INGESTION.md,
and docs/SOURCES.md.
The build log prints a count per source, and CI now declines to fail on
a page that states its own emptiness — which leaves that source showing
an unexplained 0, reading as exactly the fault the gate just decided it
was not. The zero we are content with is the one that has to say why.
It is also the only line that would ever prompt anyone to ask whether a
lane quiet for a month is a game between patches or a wiki that reworded
the sentence a statesNoEvents check is still matching. Nothing else in
the pipeline can tell those apart.
The test count in the layout block was stale at 898 and moves with these
two commits, so it is corrected here.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Infinity Nikki's wiki prints "There are no Events in this category"
between versions, and the refresh runner has honoured that since
2026-09-03 — it stores the empty parse as the source's real answer
rather than letting a quiet lane reach the broken tier. The feed build
never asked, so the same page arrived at CI as parsedCount 0,
indistinguishable from a parser that has stopped reading a redesigned
page, and brokenSources failed every build while every refresh stayed
green.
The runner's verdict cannot travel on its own: only a parser has seen
the page, and by the time brokenSources runs there is nothing left but
the feed. So the fact rides on SourceHealth, defaulted so an older feed
the service worker cached keeps validating and reads as the strict
answer.
Both ends now ask it the same way — of an empty parse only, from the
page's own words only — because a redesign yields zero rows too, and
excusing that is the silently emptied calendar the gate exists for.
The rule sits in a module rather than in build-feed.ts, which writes
public/ and so runs a build if a test imports it. That is how the two
ends drifted apart with nothing to catch it.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
CI failed on Infinity Nikki yielding no events, and was wrong to. Its
snapshot parses to six events; every one of them had ended by the morning
the build ran. The parser is fine — `--now 2026-08-14` gives six, today
gives none — and the page simply has nothing current left on it.
eventCount is counted after expired events are dropped, so "this parser has
stopped reading a redesigned page" and "this page's events have all
finished" arrived as the same zero. Only the first means our code is wrong,
and only the first should redden a build. So the feed now records what each
document yields parsed as of its own capture date, before expiry, and the
check fails on that instead.
Nikki cannot refresh itself out of this, either: docs/SOURCES.md records
that Fandom refuses the Actions runner. A lane with an empty calendar is a
real problem, but it is a refresh problem, so it is reported on the build
log and left visible rather than thrown.
parsedCount is nullable and defaulted, never required: the client validates
the whole feed with safeParse and the service worker serves the last feed it
downloaded, so a required field would have made every cached feed fail
validation and taken the offline promise with it. Null also covers a source
whose bytes were never confirmed live — there is no date to parse "as of",
and a build is not failed on missing information.
The rule moved to shared/feed.ts. A test did pin the old one, by grepping
the workflow for the string — which proved the check existed, never that it
was right.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Review found the new settings row opening nothing for a rule whose `until`
precedes its `startsAt`. That parses — nothing ties the two together — and
yields no occurrence at all, so nextOccurrences and the anchor fallback both
come back empty, nearestOccurrence returns null, and openRow cannot resolve
a bare rule id. It was the undeletable record this index exists to rescue,
now with a button that lies about it.
So resolution moves out of App into displayEventFor, with the rule itself as
the floor: a stored id always names something the reader can edit and
delete, whatever the rule does or does not generate. Exported because
nothing here can click and no test renders App, which is exactly how a dead
button shipped — the chain is now covered without a DOM.
Two of the caption tests could not fail, proven by mutation rather than
read: deleting the whole "starts" branch and removing the null-end guard
both left the suite green, because `not.toContain("ended")` was never
watching the branch at risk. They assert what the caption says now.
And a repeating series that has stopped said only how often it repeats — in
the one place whose job is explaining why an event is on no other surface. A
healthy cadence explains nothing; it says when it stopped.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
An event of theirs that had ended was on no surface at all. Every list and
the board drop a row once its end has passed, and settings only counted the
events a game held rather than naming them — so a one-off became unreachable
the day it finished: impossible to edit, and impossible to delete out of a
store nothing else can see. Repeating events escaped only because their
occurrences roll forward.
So settings names them now, under the game they were filed against, each row
opening the same detail sheet a row on the front page does. Nothing about
how they are managed changes; what was missing was the way back to them.
Two things the index has to get right or it leaves the same hole it closes.
The lists hold occurrences, never rules, so a repeating rule's own id opens
nothing — nearestOccurrence bridges that, and answers for a finished series
too by falling back to the first occurrence, since a rule whose `until` has
passed would otherwise be exactly as stuck. And an event filed under a game
we track has no row of theirs to nest under; the form allows that, so those
get their own heading rather than trailing the list and reading as though
they belonged to whichever game came last.
Each row says why it is not on the front page — ended and when, or its
cadence — because a list of bare titles leaves you guessing which of two
entries is the dead one.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The repeat controls sat after the dates and applied to whatever was there,
which meant a weekly chore still had to answer an end date it has no honest
answer to. Asking first inverts that: the cadence decides which dates are
even questions.
A preset carries no window. Weekly means the week is the window, so there is
no end to type and no ignorance to admit — five fields instead of eight, and
it stores exactly what the model already renders as back-to-back
occurrences. A dated recurring event is therefore a custom, which is where
the forever/delay control now lives; a one-off shows no repeat machinery at
all.
cadenceOf derives which of the five a saved event opens in, so a rule made
before this control existed opens in whichever answer describes it. Nothing
about the schema moved.
Switching cadence hides the end date rather than clearing it: hiding a field
and quietly discarding what is in it is how a form loses somebody's work
when they change their mind back.
The duplicate note was found by rendering the form and looking at it. Both
of the older notes explain the end-date field, so a preset — which has no
such field — was showing two sentences that said nearly the same thing.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Three answers — never, forever, or after a delay — because "how often" is
rarely the question a reader has. They know it comes back the moment it
ends, or that it comes back after a wait. The cadence follows from that and
from dates they have already typed, so the form reports what it measured
instead of asking for a number, and says it out loud rather than filling a
field silently.
A delay is expressed by where it lands: the next opening is the wait added
to the close, so a delay cannot produce a rule that comes round before it
ends. Only a hand-stated cadence can, and stating one by hand stays
available — measuring is the convenience, not a cage.
Both readings are shown for a delay, since a week's wait after a week's
window is a fortnightly rule and seeing that spelled out is how a wrong
number gets caught.
contiguousOpening is the load-bearing detail. An end given as a date is
stored as 23:59:59, so a successor opening "the moment it closes" opens at
the following midnight, a second later. Comparing against the stored end
instead read every day-precision rule as having a gap it does not have —
and the form has to measure the instants it will save, not the ones the
record happens to hold, or it opens describing a rule it would not write.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The repeat control is becoming three answers — never, forever, or after a
delay — and in the last two the form can work the cadence out from dates
the reader has already given. Both reduce to one question: which unit and
interval steps from the anchor to the instant the next occurrence should
open. Forever passes the instant this one closes; a delay pushes it out.
Searched with addUnits rather than divided out of a millisecond span,
because a month is not a fixed number of days and a week across a DST
transition is 167 or 169 hours. Largest honest unit wins, so 1 July to
1 August is "every month" rather than "every 31 days", which would drift
out of step by February.
repeatModeOf derives which state a saved rule is in rather than storing it,
since "forever" and "a delay of zero" are the same rule and remembering
which button produced it would change nothing about a single occurrence.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The lists only ever build allRows from a rule's first two occurrences
(LIST_OCCURRENCES), but the timeline draws every occurrence the board window
admits. Clicking a bar past the second set openId to an id allRows could not
resolve, so the detail sheet silently failed to open and per-occurrence
completion was unreachable for those bars. occurrenceForId parses the day an
occurrence id names and regenerates just that neighbourhood via occurrencesOf,
so App.tsx can resolve through the rule when the direct lookup misses.
Separately, strandedBy's `if (record.repeat === null) return 0` hid the
warning on exactly the transition where it matters most: a reader marks a
plain event done, then edits it to add a repeat, and the save re-keys every
row from `id` to `id#<date>` with no notice that the mark under the bare id
is about to become unreachable. strandedOccurrences checks the record's own
id when it has no repeat yet, and its next occurrences once it does.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The detail sheet looked its record up by the row's id. For an occurrence
that id carries a #date suffix and is not a key in the store, so `own` came
back undefined and the edit and delete buttons vanished on every recurring
row — and a save would have reached editEvent with an id it could not find
and quietly done nothing.
The suffix is deliberate: marks key off the occurrence so each time round
carries its own completion. There is still only one record to edit.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The rule supplies what the thing is; the occurrence supplies which time
round. Nothing downstream is told which it is looking at, which is what
lets sort, focus, lanes, filters, progress, ignores and the daily
checklist work with no narrowing at any call site.
The end is always resolved here and never null. A row still carrying the
unresolved form would render live-with-unknown-end forever, which is the
failure the whole design exists to avoid.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
An occurrence with no stated end runs until the next one opens. That is the
boundary a bare rotation was missing — docs/SOURCES.md declines to publish
arustats' Abyss openings precisely because nothing bounded them — and here
it is entailed by the interval the reader typed rather than invented for
them. The store still holds endsAt: null; only this projection resolves it.
nextOccurrences returns what has not finished rather than what is running,
so a rule between cycles answers "opens Saturday" instead of vanishing for
its whole off week.
The "ancient anchor" test's expected occurrences now include 31 August: with
a six-year-old anchor at 09:00 and a query window opening at midnight, that
day's occurrence (no stated end, so it runs until 1 September 09:00 opens
the next) genuinely overlaps the window's first nine hours — the same edge
rule the sibling "overlapping at either edge" test exists to prove. The
brief's original expected list omitted it.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
.default(null) rather than a bare .nullable(), and the distinction is the
whole commit: a record written before this field existed has no `repeat`
key, a bare .nullable() rejects a missing key, and useCustom reads through
validRecords — which drops what fails and persists only the survivors. The
stricter form would have erased every reader's custom events on first
launch with no server-side copy.
Also refuses a window that comes round before it closes, since two live
occurrences of one rule leave "what ends soonest" without an answer. Only
when an end is stated; with none the window runs to the next opening and
cannot overlap.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
myevent:<token>#<YYYY-MM-DD>. The token says which recurring thing, the
local day says which time round, and marks, ignores, progress and daily
ticks all key off the whole string — so an occurrence carries its own
completion and its own streak rather than sharing the rule's.
'#' is outside [a-z0-9] and therefore outside CustomEventId, so an
occurrence cannot be written back into the store or survive an import.
That is the guardrail rather than a code path anybody has to remember, and
a test pins it in both directions.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The app can express a window closing and a day repeating; daily.ts counts
in days and stops there. This is the arithmetic under the rung between
them.
Local wall-clock rather than milliseconds, because a reader's own event is
local throughout — a weekly reset set for 09:00 stays at 09:00 across a DST
transition, where adding 7*DAY would move it an hour and drag every later
occurrence with it. Months clamp to the last valid day rather than letting
setMonth roll 31 February into 3 March, which is the same silent shift
readerInstant already refuses on the way in.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The lane needs a GameId before anything can publish into it, and that enum
value becomes the first segment of every completion key this game will ever
have — so it is worth landing on its own rather than inside an adapter change.
No resetOffsets and no resetHourLocal. The source we are about to add states
its times as 0:0:0 placeholders on a week grid and names no timezone, so there
is no clock to read a reset out of. Setting one now would move real readers'
day keys later on nothing but a guess; the p5x and ba entries take the same
silence to the same answer.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
People play at midnight and tick at breakfast, or forget for a week and come
back. A log that only accepts today goes wrong on its first bad evening and is
never trusted again.
An event whose end was published already allowed this — its checklist draws the
whole run and past pips are clickable. `catchUpDays` answers the two cases
`dailyDays` cannot: a standing chore, which has no start or end because it is a
routine rather than an event, and an event with `endsAt: null`, where the
checklist could draw no run at all and so offered only today. That second one
is the worse of the two, because it looks like a working checklist.
Never a day past today. A tick claims you did it, and nobody can have done
tomorrow, so a future day is absent rather than rendered and disabled — a
control for a claim that cannot be true. An event's strip starts when the event
did, capped at the same fortnight so a login campaign that opened in March does
not become a wall of pips.
The window bounds display and never data: a tick older than it stays logged and
keeps counting toward the streak. `DayPip` moves to its own module rather than
being copied, so there is one answer to what a missed day looks like.
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]>
Nothing in the client prunes reader data today — no store filters against the
feed, knownGames only appends, metaFor renders a lane whose game is gone — so a
retired source, page or game leaves completion marks, streaks and hand-entered
events untouched. That was true by construction and pinned nowhere.
The load path is what makes it worth pinning. useCustom reads through
validRecords, which drops a record that fails its schema, and the survivors are
what the next write persists. A record that stops parsing is therefore not
hidden until someone notices — it is deleted from the device, permanently, by
the act of opening the app, with no server-side copy to recover it from.
Which makes CustomEvent.game being z.string() rather than GameId the whole
safety property, and it currently reads like validation someone forgot. Anyone
narrowing it to the enum would be tightening a schema and arming every future
game removal to erase reader data on next launch. The tests state the premise,
the survival, and that one unreadable neighbour still does not take the rest
down; the field says why it is loose.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Three parsers decide currency against ctx.now, because their page has no
"ongoing" heading worth trusting: bawiki.ts, and the Fate/Grand Order and
Infinity Nikki branches of fandom.ts. All three compared Date.parse(endsAt) to
now, and all three publish day-precision ends — so the comparison was against
the 00:00Z placeholder, which § Domain rules says is not an instant and nothing
may read literally.
clockFor already knows that and resolves such a boundary to the reset opening
that game-day on the reader's server. The parsers did not, so the feed retired
a row up to nine hours before the app, the countdown and the game all agreed it
was over. On the pinned Infinity Nikki fixture, "Inspiration Burst" left the
feed at 2026-08-22T01:00Z while clockFor still called it live for an American
reader until 09:00Z, and the page said it ran to 03:59 server time. The reader
does not see a stale row; they see the deadline they were counting down to
disappear on its last day, which is the silent drop this codebase treats as the
dangerous failure.
latestBoundaryMs answers clockFor's question for the last region rather than
one reader's, so a row is history only once it is history everywhere. It follows
a game's own server map and reset hour for the same reason clockFor does —
Endfield and Reverse: 1999 both move. Nothing stored changes: this is one
comparison, not a resolved boundary written into the feed, and no expected.json
moves.
Being generous by nine hours costs an expired row at the bottom of a list.
Being strict costs a live one.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Its robots.txt was read in a browser and is the standard Fandom file: no
Disallow: / for *, /api.php?action= explicitly allowed, and only the namespaces
we never want refused. The AI crawlers it blocks by name are not us. That was
the one thing missing — the API itself has always answered our own User-Agent
with a 200, and it is only robots.txt that a datacentre address cannot read.
The zone lives in the column header, Start(UTC+9) / End(UTC+9), and no date in
any cell carries an offset. So the header is the safety property: a table that
stops naming its zone is refused rather than read as UTC, which is the Blue
Archive hazard arriving one column to the left.
Two shapes worth knowing. Every title is an image read from <a title>, and the
newest row is the one whose logo has not been uploaded yet — it renders as a
red link reading "File:Persona on Frontline logo.png", so a reader that only
understood the link title would silently drop today's live event. And story
events state a clock only on the end, so the start keeps the day the page
printed rather than being shifted nine hours into the previous one; the start's
day is half an event ID. That is the FGO rule applied to the opposite gap.
resetOffsets and resetHourLocal ship with the game because the page evidences
both: events end 04:59:59 and the banner replacing them starts 05:00:00, one
second later, on a stated UTC+9. Adding that later would re-label day keys
readers had already logged ticks under.
Seconds now survive the date helpers, since rounding 04:59:59 to the minute
would make an event overlap the banner that succeeds it.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
uma.moe stays declined — its API sits behind a Cloudflare Turnstile proof
header, and an adapter would mean defeating a deliberate access control. This
is the surface that is simply open, and it needed the parser change in the
commit before this one to be readable at all.
The stable URL matters: Game8 also publishes monthly "August 2026 Release
Schedule" pages whose id changes every month, which a static registry cannot
follow. "List of All Banners" does not move.
Four current banners, both columns of the side-by-side table, and none of the
Previous Banners below them. The tenth game8 source, so it carries the same CI
blindness as the other nine and only a manual refresh moves it.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
No parser work at all — a GameId, a games entry, a SOURCES line, a fixture and
a test. The page lists six current events and the parser publishes four; the
two it skips print "Start Date: -", and no start means no event ID, so that is
the skip-never-guess rule working rather than a silent drop.
The cost is worth stating plainly: this is the ninth game8 source, and game8's
edge answers the Actions runner with a 202 and a bot-management body, so the
lane is built from a checked-in fixture in CI from day one and only a manual
`bun run refresh` moves it. freshness() discloses that in the footer, which is
what it is for.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
This wiki publishes the same schedule twice and the fuller surface is the worse
one. /wiki/Banner_List has 55 clean rows with full wall clocks and states no
timezone anywhere on the page; the front page's Current Banners module emits
the same instants as real <time datetime="...-07:00"> elements. The two agree
exactly, which is strong evidence the list is UTC and is still only evidence —
so we read the surface that says what it means and pay four live banners
instead of a full history for it. If an editor ever states the zone on
Banner_List, that page becomes the better source immediately.
Two ways this could have failed silently. The template writes its BEM
underscores as __, so a selector written against the class name a
browser shows matches nothing at all; and banner names are red links to
?action=edit&redlink=1, which Miraheze's robots.txt disallows, so a href
carrying a query is refused and the page URL stands in.
No resetOffsets, and here the source did state an offset: -07:00, which is US
Pacific and therefore shifts twice a year. That is the Fate/Grand Order gap
arriving through a page that looks like it answered the question.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The best date material this project has after wiki.gg: every row states an
exact instant on both boundaries and names the zone, so nothing is converted
and nothing is assumed. `parseIsoClockRangeUtc` requires that `(UTC)` rather
than defaulting to it — a row that ever loses it should drop out instead of
landing hours off a boundary the reader is watching in-game.
The hazard here is the Server column. CN, EN and JP rows share one table and
the Chinese schedule runs about a year ahead, which is the akwiki CN-column
problem verbatim: publish EN, skip the rest. Betas are fenced off separately,
being dated exactly like everything else and playable by nobody, and the page
is an archive back to 2023, so currency is decided against ctx.now as in
bawiki. That leaves one live event today — thin, and true.
No resetOffsets: the EN boundaries land on three different clocks, which is a
patch window rather than a reset hour.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The detail sheet formatted the stored ISO, so a day-precision end rendered
as 00:00Z — the previous day for every reader west of UTC, and now a
different day from the timer sitting beside it. Both dates come off the
clock instead, which resolves them the same way.
The note under them said the end was "accurate to the day only" and left
it there. It can say where the count actually lands, and should: a reader
deciding whether to log in tonight wants the reset, not a shrug. It still
says this is a reading rather than a time the source printed.
REGION_LABEL moves next to the region table it names, which is also how
the note gets "Europe" rather than the raw id.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
A source that prints "August 19, 2026" and no time is stored at 00:00Z,
which is a placeholder for "somewhere in this day" rather than a claim
about when the day opens. The countdown read it literally, which turns it
into exactly that claim — and the UTC day is nobody's. Wuthering Waves
events dated the 19th were still running three hours after we had retired
them, because a European player's day opens at 04:00 on a UTC+1 server;
Asia was four hours out the other way and America nine. Sixty-two of the
eighty-six published events were affected, across ten of thirteen games,
so the reader was reading a wrong number far more often than a right one.
A day-precision boundary now resolves to the reset that opens that
game-day on the reader's server — the same grid daily.ts keys every tick
by, and the only clock we hold for a game. That is a reading of the date
the source printed, not a time invented for it: nothing stored moves, no
event ID moves, and the parsers still refuse to guess.
Two boundaries are never re-anchored. A regionEnds value is already the
instant a source stated per server, so anchoring it would throw a fact
away. And an event the reader typed in was resolved by readerInstant in
their own timezone, which is a stated time too — theirs.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Ticks are about to stop being its only caller: the countdown needs the same
grid, and daily.ts already imports time.ts, so asking for it the other way
would close a cycle. time.ts is where it belongs anyway — it has held
REGION_RESET_UTC_OFFSET all along, and serverOffsetUtc is that table's
accessor. Nothing changes shape; `shift` is exported as `resetShiftMs`
because dayKey now reads it across a module boundary.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Daily Quests is what the game calls the thing, not "daily missions".
The offset is the part worth recording. The English server is a single
worldwide machine on US Pacific — every duration on Event_List_(US)
says PDT — which normally earns a resetOffsets entry the way holodori's
JST did. It cannot have one: Pacific observes daylight saving and the
page itself alternates PDT and PST, while resetOffsets holds one fixed
number per region. Both -7 and -8 are wrong for half the year, and
either would re-label day keys twice a year for readers who logged
ticks under the other. So fgo takes the default and the gap is a
comment rather than a guess.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
New holodoriwiki parser plus the holodori-holodoriwiki-events source,
giving the game its two live and upcoming events at exact precision.
holodori.wiki is Miraheze, so this is the same call bawiki makes and for
the same reason: robots.txt disallows /w/ and /*?action=, which closes the
API route and leaves the rendered /wiki/Events page as the surface * is
allowed. It serves our own User-Agent a 200, sets no Content-Signal and no
Crawl-delay for us, and the wiki is CC BY-SA 4.0.
What makes this source unusually good is that it states its timezone on
every cell — 08/17/2026 8:00PM (JST) — so it is the only wiki source here
publishing exact precision on both boundaries without a per-region timer.
parseSlashClockZone requires that zone rather than defaulting to UTC: a row
that ever loses it drops out instead of silently landing nine hours off,
and an abbreviation absent from the table is refused rather than guessed,
which is why the table holds only JST and not the plausible-looking
candidates that are not fixed offsets. The 12-hour clock gets its own
handling and its own tests, because 12PM and 12AM are the two readings a
naive parser gets wrong while still producing a valid-looking instant.
Inclusion is fenced by the Current Events <h2> and bounded by the next one.
That matters more than it looks: Past Events sits directly below with
identical columns, so a reader taking every wikitable would put the back
catalogue on the calendar with nothing to mark it. Rows are still checked
against ctx.now on top of the heading, because Current is maintained by
hand and goes stale before anyone moves a row down.
Two rows are deliberately missing. Beginner Mission runs Game Launch →
Unknown, and no start means no event ID — a permanent tutorial chore is not
what a calendar of deadlines is for. An Unknown end is kept as endsAt null,
and unlike bawiki this parser does not drop a started-but-undated row: the
heading has already said the event is running, which is the fact bawiki
lacks when reading an archive.
Every event title is still a red link — the wiki has no article for any of
them yet — so each points at ?action=edit&redlink=1, a create-page form on
a path this robots.txt disallows. Refusing a href with a query keeps those
out and falls back to the events page; the articles get linked when they
exist, with no change here.
holodori gets resetOffsets of UTC+9 across all three regions, evidenced
rather than assumed the way Arknights' is: the game launched worldwide
simultaneously on one service, every boundary is stated in JST, and
Training Support Missions ends at 3:59AM JST, one minute before a 04:00
local reset. Only the offset is overridden; the hour is the default.
Setting it now is free, because no reader has a day key for a game the app
has never shipped — the same override a year from now would re-label ticks
already logged.
Both boundaries and the exclusions are asserted against an independent
extraction off the fixture, computed through a timezone library rather than
by the parser's own arithmetic.
Several counts in AGENTS.md and PRD.md were already stale before this — the
Fate/Grand Order source did not update them — and are corrected to what the
tree now holds rather than to what it held yesterday.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
New bawiki parser plus the ba-bawiki-events source, giving the game its
two live and upcoming events at day precision.
It reads the rendered /wiki/Events page, which is the opposite call to the
Fandom source next door and for the same kind of reason: bluearchive.wiki
is Miraheze, whose robots.txt disallows /w/ and /*?action=, so there the
API is the closed route and the page is the surface * is allowed. It
serves our own User-Agent a 200, sets no Content-Signal and no Crawl-delay
for us. The Fandom wiki was declined earlier as a JP archive yielding
nothing live; this is the live source that assessment pointed at.
Three page facts shape the parser, each a way to publish a confidently
wrong date. The schedule is a JP/Global tabber and the Japanese version
runs four to nine months ahead, so only Global is published — the akwiki
hazard. The Global tab's nav button carries the id
tabber-Global_version-label and precedes both panels, so slicing from the
first matching id reads the Japanese schedule while believing it read
ours; the first version of this parser did exactly that and published a
JP-only event. And three tabs on the page are named Global, the schedule
plus Mini-Event and Joint Firing Drill, so the schedule is found by its
Name (EN) header rather than by position, with canParse asserting the same
lookup — a renamed tab or column fails the run instead of emptying the
lane.
The page states no time of day and no timezone anywhere, which is why the
dates are day precision and why ba gets no resetOffsets. It also settles
the five other schedule tables, which do carry a wall clock but name no
zone and mostly do not say which server: reading those as UTC would invent
the fact that matters most, and rounding to a day would not save it,
because a 04:00 local boundary falls either side of UTC midnight depending
on the offset assumed and the start's day is part of the event ID. They
are left unparsed deliberately.
The two-event count is asserted against an independent extraction off the
fixture, and both starts corroborate against the per-event infoboxes
elsewhere on the page — GL 2026-08-04 and GL 2026-09-01, where the JP
reruns those tabs would have given are 2026-04-01 and 2026-05-06.
Three comment counts were already stale before this and are corrected to
what the tree now holds rather than to what it held yesterday.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
The footer only spoke up past the two-day threshold, and then only as a
count of stale sources. A page silent about its own age reads as current,
so it now says when the data last refreshed on every load — absolute date
plus relative age, next to where the warning appears. This is the half of
PRD F7 that was never built.
Where the number comes from is the whole point. `freshness()` in
src/shared/feed.ts takes the newest lastSuccessAt and never generatedAt:
the feed is rebuilt on every deploy whether or not anything was refetched,
so a build stamp would report a calendar as minutes old while its events
came from a fixture captured months ago. A game is also only as fresh as
its oldest source, or Endfield's live wiki would vouch for its stalled
Game8 page. That matters concretely here — eight sources cannot be fetched
from CI at all, so this notice is what stands between a reader and a
confidently stale calendar.
The stale warning now names the lagging games and how far behind each is,
because a count is not something a reader can act on while a name tells
them which source page to check. Two exceptions found by rendering it
against the real feed: past four games it summarises the remainder, and
when every game is behind — what a refresh that stopped running looks like
— it collapses to one sentence rather than ten names repeating one age.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Adds the r1999 GameId and its metadata, plus GameMeta.resetHourLocal for
the fact that makes it unlike every other game here: it rolls its day at
05:00 server time rather than 04:00, on a single global UTC-5 server, so
its day-key boundary is 10:00 UTC.
resetOffsets could not carry that. Landing 10:00 UTC through the offset
would mean claiming a UTC-6 server, and serverOffsetUtc answers more
questions than this one. The new field overrides RESET_HOUR_LOCAL per game
and is absent everywhere else, so no existing reader's logged day moved —
a test pins that for the games that already had readers.
Both facts are read off the source, not assumed: all 154 rows of the
wiki's event list state (UTC-5) and run 05:00 to 04:59, an event ending
one minute before the reset the next one begins on.
No adapter yet, so the game has no events until one lands.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
