A gateway that refuses reasoning_effort outright (LiteLLM in front of
Ollama: "does not support parameters: ['reasoning_effort']") in front of a
model that reasons without answering sent requests until something outside
stopped it. The answerless rule learned to ask with "none", the refusal of
that "none" was learned as "send no field" over it, the next request came
back answerless again, and each lesson undid the other.
Each call of the Local and the OpenAI-compatible gateway clients now carries
one request budget through every repeat (request-hops.ts): at most two
requests, after which the call ends with the failure it has. A structural
guard holds both clients to sending only through the budget and to handing
it to every repeat.
The refusal is now learned as what it is: an endpoint that refuses the
field, in front of a model already seen reasoning unasked, keeps both facts
(FIELD_REFUSED_REASONS_REGARDLESS), so it is never asked with "none" again
and keeps its thinking room. An answerless reply from an endpoint that
refuses the field is final. When the refused "none" was the repeat of an
answerless reply, the call fails as reasoning_only, which is what it ran
into. The refusal handling of both clients lives in wire-refusal.ts.
A status run that hits its bound now aborts the call it gave up on instead
of leaving it running detached.
Refs #1279
A status note whose generation stalled or failed opened a fixed five-minute
negative window, and only the read path honoured it. The ingest
invalidator counted only a stored note as fresh, so every data sync
re-enqueued each note whose last generation had just failed, and the
worker generated it again whatever the window said. With a model that
never answers, every sync bought another round of calls per note.
The window now grows with the generations in a row that ended without a
note (failure_streak, migration 0480): five minutes, doubling per failure,
up to two hours. A written or re-dated note resets it. A failure inside an
open window neither moves nor counts it.
runStatusCompletion waits the window out before any provider work,
whichever path selected the note again (a sync, a warm pass, a queued
job), and the ingest invalidator no longer enqueues a note inside its
window. A derived-score assessment that fails now opens the same window.
The person's own regenerate closes the record's windows first, and saving
the AI provider settings closes them and forgets the provider's health
rows, so a fixed setup does not sit out a pause the old one earned.
The window code moves to status-negative-window.ts; the status parity
golden records that the mood note screened earlier in the same minute is
no longer generated again inside its window.
Refs #1279
Deleting a document only stamps a tombstone and the purge removes it
after 30 days, but the only way back was the undo toast, gone a few
seconds after the delete. Recently deleted lists the deleted documents
of the record with type, filing date, where an import came from, when
each was deleted and how long it has left, and offers Restore, Restore
all and Delete now.
GET /api/documents/inbound/deleted lists them (owner-only, capped at 200
with the list-cap meta). POST /api/documents/inbound/{id}/purge removes
one deleted document for good through the same function the nightly
purge runs, so its import keys and aliases still move into the ledger
and an importer re-sending it is still answered "deleted"; a live
document answers 409 documents.inbound.notDeleted. The usage read gains
deletedCount, 0 under a grant. The restore route and bulk restore
share one restore, which now also clears ledger entries for the
document's own keys.
The vault header shows a quiet "Recently deleted (n)" link only while
something is in it, and the delete toasts and confirmations say that
deleted documents stay there for 30 days. The purge's queue facts and
grace window move to document-purge-queue.ts so the worker registry
still loads none of the work.
Refs #1275
The reasoning separation grew three files past their size ratchet. The Local
client's reasoning collector and the new separation helpers move to
local-reasoning.ts, the gateway client's thinking room and reply separation
become two private methods, and the Coach's error-code resolver moves out of
chat-bubble.tsx into coach-error-key.ts, still re-exported from
message-thread.tsx. Code motion apart from comments that said when a branch
was added rather than what it does. The baselines record the shorter files.
Refs #1276
The summaries slice and the comprehensive aggregator took their JS windows
(the DAY-bucket bounds, the rollup slope anchors, lastSeen staleness) from
the process clock and their SQL windows (avg7, avg30, the month before, the
median, the 90-day canonical pick, the cold-path slope evidence) from
NOW(), the database's clock. One response mixed two clocks, so a reading
on a window's edge fell in or out with whichever host answered, and with
the process clock pinned the analytics parity walk changed its avg7 with
the hour it ran at.
Each read now takes one `now` and binds it into its statements
(`request-clock-sql.ts`): `$N::timestamp`, which keeps the driver's
offset-free UTC string as written in any session zone. The canonical-pick
helper takes its window as an instant plus an interval instead of reading
NOW(); the series and calendar readers anchor it on their own `since`, the
BP-in-target read on its 365-day start. The window-mean and live-slope
columns the two aggregates each spelled out now come from one builder.
The streak's local day series read its bounds through `::timestamptz`,
which follows the session zone: outside a UTC session today's reading fell
out of the streak. It reads them as UTC first.
The parity walks for analytics, the dashboard summary and the
comprehensive overview pin a fixed day instead of today: their records are
laid out from the anchor day, so the chronotype's work and free nights and
the weight-by-weekday points moved with the weekday the walk ran on. The
snapshots are unchanged. A new suite pins the clock to four times of day,
far from the database clock, with readings ten minutes either side of
every edge, on both read paths, in a UTC and an Auckland session.
A least-squares slope per day over readings minutes apart explodes: three
blood-pressure readings in one sitting, the only ones of the week, fitted
thousands of mmHg per day, and the dashboard tile printed seven days of it
as the 7-day trend. The 30-day fallback had the same flaw.
A window now earns a slope only when its readings fall on at least three
UTC days whose first and last lie at least half the window apart (4 days
for the 7-day window, 15 for the 30-day one). The rule lives once in
window-confidence.ts and gates every path that publishes a windowed trend:
trendSlope (summarize and its callers), the rollup composition and the
live REGR_SLOPE fallback of the summaries slice and the comprehensive
aggregator, and the per-bucket slope of folded week, month and year
buckets. Slope, direction and confidence are present or absent together.
The fit itself stays over individual readings, as the window means do.
The parity snapshots change only where the fixture falls short of the
rule: a weekly body-fat series has two days in its 7-day window, and a
ten-day oxygen-saturation series spans nine days of its 30-day window.
A status run (a metric card, the batched assessment, a derived score, a
workout line, a Coach memory pass) is one model call plus the one repeat
the Local and gateway clients send when a thinking model answered with
reasoning alone, each with the person's response timeout. The run's outer
bound was a single call, so the repeat was cut off, and the open card
stopped polling after 48 s, so a note from a model that needs minutes
never reached the page. The bound is now the per-call timeout times
STATUS_MODEL_CALLS, and the card's poll ceiling follows the published
response timeout (fast for the first 48 s, every 15 s after), only while
the route reports the note in flight; the fallback text stays meanwhile.
The status queue is exclusive, so the longer poll cannot queue a second
generation beside a running one.
The morning refresh is one comprehensive generation of up to five calls
in a row, with no outer bound and pg-boss's fifteen-minute expiry, so a
large setting had pg-boss fail and retry it while it was still running.
It now runs behind the same bound as the warms, and the job carries an
expiry derived from that worst case. The per-metric note, the workout line
and the Coach memory refresh get expiries derived the same way.
queue-runtime.ts gains a bounded class for these jobs: model time read off
model-time.ts, an expiry above it, carried on every send. A new guard
names every caller of runStatusCompletion and generateComprehensiveInsight
with the queues that reach it, and holds each such queue to bounded above
its runs or long under a run lock.
Refs #1274
Extracting lab values from a stored document still sent the whole text
in one call. A multi-page report produced more JSON than one call's
output ceiling, the answer was cut mid-fact, the parse failed twice, and
the read came back as 422 "Couldn't read the document. Try a clearer
copy." The lab scan had already learned to read the same report a page
or a part at a time, but each surface carried its own copy of the read,
so the document path never got it. It also ran under the shared 60 s
timeout, dropped every fact past 120 (or every fact when one did not
match the schema), and charged a flat reservation.
The read now lives once, in lib/documents/ocr-read.ts and ocr-plan.ts:
the per-read limits, the corrective retry, the salvage of a cut
answer's complete rows, the wire re-check and budget reservation before
each read, and the planning of a PDF a page at a time and text in parts
at line boundaries. The lab scan and the document extraction (the
extract route, its background run and the lab auto-staging) both read
through it, and the background run plans its reads on the same deadline
as a lab scan. The per-read budget moves to a shared metered budget.
The document path validates the answer fact by fact, keeps the lab
scan's row cap (400), and says why nothing came back: 422
documents.inbound.outputLimit when the reads stopped at the output
limit, 429 when the budget refused them, extractFailed only for answers
that were not the schema. A run whose reads were cut or not reached
reports `incomplete` on its result.
A guard holds the class: the output ceiling is set only in the core,
both surfaces read through runOcrReads, both runs share the deadline,
and a lab read and a document read go out under the same limits.
Refs #1257
The ChatGPT Codex backend and the OpenAI API serve gpt-6-sol, gpt-6-luna,
gpt-6-astra and gpt-6.1-sol, but the reasoning, Chat Completions and vision
gates only knew the gpt-5 line. A gpt-6 model got no reasoning control and
no real "off", went out on the legacy wire with max_tokens and a
temperature that reasoning models refuse, and was denied image input.
The three gates now read one classifier, openai-model-family.ts, so a new
generation is taught in one place. Every GPT from 5.1 on, the gpt-6 line
included, is the family that takes effort "none"; every GPT from 5 on reads
images. The upstream catalog (codex-rs/models-manager/models.json) lists
image input for every gpt-6 slug and the same reasoning presets as the
gpt-5.6 line; the presets omit "none" for gpt-5.5 too, which accepts it.
The Codex slug ladder moves into codex-slug-chain.ts and gains gpt-6-sol,
gpt-6.1-sol and gpt-6-luna. gpt-5.6-terra stays first as the slug verified
against the backend; the catalog names gpt-6-sol as its upgrade, and a
rotation retires a whole line at once, so the gpt-6 rungs follow before
terra's own siblings. The ladder test now holds every rung to a recognised
reasoning family with a real off and image input. The OpenAI presets offer
gpt-6.1-sol and gpt-6-luna.
The out-of-band warm the Insights page relies on bounded one
comprehensive generation at the account's response timeout plus 30 s.
A generation is up to five model calls in a row: the generation, the
JSON retry, the grounding retry, the outbound-screen repair, and the one
repeat a thinking model gets when it answered with reasoning alone. Each
call honoured the setting, but a local model needing 300 s per answer
under a 600 s setting met the 630 s bound in the middle of its first
corrective retry, and the briefing was dropped.
The bound is now the per-call timeout times COMPREHENSIVE_MODEL_CALLS
plus the headroom, for the nightly pass and the forced warm alike. A
test drives the real warm, generator, chain runner, Local client,
safeFetch and pinned dispatcher against a loopback server that answers
after 300 s; under the old bound it reports a timeout on the third
answer.
The response-timeout guard now names every outer bound around model
work and holds both briefing generators' stages to the call counts the
outer waits multiply by.
Refs #1274
The ChatGPT Codex backend now rejects every slug from gpt-5.5 down, so a
deploy without a CODEX_MODEL_FALLBACK_CHAIN override walked the whole
default ladder into "all configured Codex slugs were rejected". The
default now starts at gpt-5.6-terra, with its luna and sol siblings and
gpt-5.5 as the last rung.
The gpt-6 line stays out of the default: the reasoning, sampling and
vision gates do not recognise that family yet, and a test now holds every
default slug to a family the reasoning gate knows.
Postgres returns rows that tie on an ORDER BY in no particular order,
and not the same one twice. The medication reads ordered by columns two
rows share all the time: every read that hands schedules on included
them with no order at all, medications were listed by createdAt alone
(one import writes many in a millisecond), intakes by scheduledFor (a
twice-daily medication puts every morning dose on one instant), and
"the latest intake" lookups by takenAt. A client read the same account
in a different order from one request to the next, and a latest-intake
lookup picked either of two rows.
Every findMany / findFirst on a medication table, nested includes
included, now ends its order on the id in the direction of its last key,
and schedules are read by window, then id (MEDICATION_SCHEDULE_ORDER, the
order the backup already wrote). medication-read-order-guard.test.ts
holds the tree to it. medication-read-order.test.ts writes tying rows in
the opposite order to the one each read promises, through the medication
list and today's intakes, and fails without the tie-breakers.
The parity suite's own state reader had the same gap: it sorts rows by
content with the ids blanked, and rows that tie then kept whatever order
the unordered read returned, so their <id:N> labels swapped under a
loaded run. Its reads are ordered by id, which for a cuid is the order
the rows were written in.
The JSON import's schema left the route, so its entry in the inline
schema strictness register goes; the schema module says why its objects
are not strict.
A restore never runs beside a backup pass or another large job: the
heavy lane puts its delivery back in the queue for a minute at a time.
The job's own row says queued for the whole wait, and the console said
the restore starts "as soon as the background worker picks it up",
which read as a stuck worker while a backup ran.
The status routes now ask the queue. A delivery the lane put back sits
in created with a start_after ahead of now, and the active row of a
heavy queue is what holds the lane. The job view carries
waiting: "backup" | "busy" | null, and the console says it waits for
the running backup, or for another large job, and since when it has
been queued, in all nine locales. A queue that cannot be asked answers
no wait and is reported at warn.
The job view and its reads move to backup-restore-view.ts, which keeps
the worker module under its size baseline.
The custom-metric create and update refusals and the medication layout
refusal are filed through auditLog now, so a delegate's refused request
reaches the owner's activity feed, where it read as the generic change.
Each gets its own sentence in every bundle; the refusal sentences live in
their own function. The audit write guard states its floor, and the
schedule-reader guard names the medication create and edit, which answer
through medicationDetail.
Work a request starts and does not wait for runs inside the request's
context, so an annotate({ action }) from it landed on the request's event
whenever it ran before the event was emitted. The measurement tail's
status re-warm logged a hand-entered reading as
insights.status.invalidate.skipped on some requests and as
measurement.create on others.
runDetached starts such work so that its action is dropped for the event
it was detached from; meta, warnings and the auth it reads stay as they
were, and an event the work opens for itself keeps its own action.
fireAndForget now takes a function and starts it detached, and every
trackBackgroundTask handle on a request path is built with runDetached,
which a structural guard holds.
Oura, Polar, WHOOP and Strava each keep the transport and endpoints in
`client.ts` and gain `wire-types.ts` (the record shapes) and `map.ts` (the
pure record-to-row mappers, no I/O). Google Health's 1,600-line client
becomes `budget.ts` (slice budget and outcome tally), `request.ts` (error
detail, retry, rate limits), `data-points.ts` (the paginated walker) and a
small `client.ts` for the profile and roll-up reads; its `export * from
"./mappers"` facade is gone and its importers name the module that defines
what they use.
The code moved verbatim; the mapper goldens written before the move and
the provider integration tests pass unchanged.
`integrations/sync-kit/after-write.ts` is the tail every provider write
ends in: the arrivals go out, the touched days are refolded, the read
caches are marked stale back to the earliest touched reading, and the
touched status cards are re-warmed (through `afterMeasurementMutation`,
shared with the interactive routes); Withings also evicts the dashboard
snapshot. A full-history backfill refolds its whole touched range once
through `afterProviderBackfill`.
Withings, WHOOP, Polar, Nightscout, Google Health, Fitbit and Oura drop
their hand-written tails, and no provider module imports the comprehensive
insight generator any more; a guard holds the provider folders to that.
Differences from the copies: the status cards are re-warmed even when the
fold failed, and the caches are marked stale back to the earliest touched
reading instead of wholesale, so older closed blocks survive a sync.
Several provider unit tests mocked an export the old tails never reached
(their failures were caught and only logged); the mocks now name what the
code calls.
`oauth-kit/client.ts` builds a provider's consent URL, code exchange,
refresh and deauthorization from a declaration of what differs: endpoints
and scope, client authentication (form or HTTP Basic, with or without the
client id beside it), the fields a grant adds, how an answer is classified
and the refusal named, the error type, and where the token sits in the
body. The seven hand-written copies of the redirect URI, authorization URL,
token post, Basic header and PKCE pair are gone; each provider keeps an
`oauth.ts` with its declaration.
Shared behaviour is now uniform: a 2xx without a token object (an empty or
non-JSON body) is a transient `empty_token_body` failure for every
provider. WHOOP, Strava and Google Health used to return null, and
Withings threw an unclassified SyntaxError; the OAuth wire golden records
exactly these lines changing and nothing else. Oura's live/legacy endpoint
fallback, Google's invalid_grant lift, Strava's Fault summary and Fitbit's
errorType are declared per provider.
The size baselines take the lower value of the two sides per entry, and every ratchet baseline is written back to what the tree measures now (file and function sizes, version stamps, source reads, import cycles, route body parsing).
The five hand-written registrars (about 5,500 lines, one 997-line function)
are replaced by `jobs/registry/`: one `defineJob` entry per queue with its
cron, schedule send options, policy, work options, lock, lane and a handler
loader. `registerJobGroup` creates, schedules, retires and binds each group
in the order the registrars used; the worker boot walks the groups and runs
their boot discovery.
Handlers load on their queue's first job. The facts a declaration needs at
boot (names, crons, concurrency, send options) moved out of the heavy job
modules into light `*-queue.ts` siblings, and their importers point there,
so loading the registry evaluates 288 modules instead of the 1,164 the
registrars pulled in. The formerly inline handlers moved verbatim into
handler modules under `jobs/reminder/`.
Fitbit's queues live in `fitbit/jobs/definitions.ts` and enter the registry
through one spread, so removing the integration later is that folder and
that line.
`tests/integration/queue-registration-parity.test.ts` proves pg-boss holds
exactly what the registrars left (queues, schedules, bindings, byte for
byte) and loads every handler once. The queue tests and the runtime guard
assert on the registry objects instead of reading registrar source.
lib/sharing/grants.ts held both the grant transitions and the predicates
every reader asks (state, level, scope, the live grant for a pair). The
transitions reach into the managed-profile lifecycle and the OAuth connect
target, and both of those read a live grant, so grants, lifecycle and
connect-target formed an import cycle.
The predicates, findActiveGrant and touchGrantUsage move verbatim to
lib/sharing/grant-access.ts, which imports only the database client and
the scope vocabulary. Importers and the mocks that replaced those
functions point at the new module. Runtime import cycles fall from 7 to 6.
Reverting the topics preview puts sidebar-nav, bottom-nav and the
/api/auth/me handler back to their v1.45 code; their baselines return to
the v1.45 values, nothing grows beyond them.
api-handler.ts held two modules: the route wrapper and thirteen guards. The
guards now live in lib/auth/guards/, one module per family (the caller,
the acting-account carrier, the record modes, the cookie-only helpers, the
fresh-factor and recent-proof gates, the Bearer elevation, MFA management).
api-handler.ts keeps the wrapper and re-exports every guard, so it stays the
one public entry and no route changes its import.
The bodies move verbatim; only the version prefixes of moved comments are
dropped. The structural guards that read the auth layer now find the module
that declares a guard by name (helpers/auth-guards.ts) instead of a fixed
path, and a new guard holds the entry: nothing outside the folder but
api-handler.ts imports a guard module.
/topics shows a tile per topic the record holds data for, and names the
empty topics and the module-hidden ones once each. /topics/<topic>
shows the topic today, its signals side by side over 7, 30, 90 days or
a year against their usual range, how they move together, their trends,
its blocks, the single-metric pages behind it and what it is missing.
Every topic links into the metric pages, which stay as they are, and
each page ends on a neutral note that this is a preview.
Settings > System > Preview features is listed again and switches the
area on for the person reading. While it is on, the sidebar carries a
Topics entry with a Beta badge directly below Insights and the phone's
More sheet leads with a Topics tile; the bottom bar does not change.
The pages leave for Insights when the switch is off.
The charts load through the shared chart runtime. The sidebar rows move
into their own module and the More sheet tile into its own component,
so neither shell file grows; the lab trend wording is shared between the
marker page and the metabolism topic. Copy in all nine locales.
The report data counts, per screener score type, how many of the
window's results were answered in a translation that has not been
validated (`screenerUnvalidatedTranslations`, read only when a screener
total is in the report). The PDF marks such a row with an asterisk and
says under the vitals table how many of how many read as orientation;
the clinician share view says the same under the row.
To keep the aggregator and the PDF section from growing, the wellness
summary and the per-context glucose rows move into helpers; the size
ratchets only fall.
Next 16.4 adopts a native history write a render later. A second write
inside that gap was undone when the router adopted the first, and a
write computed from useSearchParams started from the URL before the
last one. Clearing the vault's filters could therefore leave
?encounter= behind: the debounced search wrote the filters it had
rendered back over the clear.
@/lib/url-state is now the one way a page writes its own query: each
write starts from the live address bar, at most one waits for the
router at a time, and later updates queue on top of it and go together
once the router has it (or after a short grace). useUrlSearch reads the
same live value and reports each adoption. The filter hook (documents,
measurements, mood), the open document, the day layer, the timeline's
zoom and range, the medication tabs, the AI provider choice, the
Coach's ?c= and the one-shot parameter strips all go through it; the
filter changes merge into the live filters. A guard refuses raw
history writes and router writes built from the rendered params
outside the helper.
The timeline spec now waits for the values menu to hand focus back
before scrolling to the last row; it measured mid-animation and the
focus return scrolled the page back.
The rollup-or-fallback read of the per-day mood points moves out of features.ts into mood-daily-points.ts, unchanged, which keeps features.ts under its size baseline after the calendar-day ages.
Opening the conversations beside a docked day dropped focus to the page
in most runs. A day opened on load asks for its heading to take focus;
when the heading had not mounted yet the request waited, and it was
honoured whenever the heading appeared, even after the person had moved
on and opened the conversations. Focus jumped into the folding day and
fell to the page as it went inert. A waiting request is now honoured
only while focus is still where it was asked from, never inside an inert
panel, and it ends with the day.
The timeline range check measured the popover during its slide-in and
read it up to 8 px too high; it now waits for the entry animation.
The label-in-name fixes move their name composition into small helpers
(score ring link, IP copy button, sortable header, period marker, the
day's title focus), so every function ends at or below its old length
and the size baselines only fall.
Closed analytics blocks survive a write that says it reached no further
back, so a writer that never invalidated left them on their pre-write
values. The Apple Health and Health Connect imports, the CSV and JSON
imports, the score engines, the WHOOP webhook, the Withings activity, sleep
and ECG legs, the Oura history backfill and the sleep-segment sweep wrote
measurements without touching the read caches; a long-history import
showed the old all-time figures until the entries aged out.
The shared post-mutation tail now marks the caches stale back to the
oldest row it is handed, and the Withings and Oura legs that hand-rolled
the same tail run through it. The two export imports share one tail that
refolds the rollups, marks the caches stale back to the oldest sample
written (all of them when none was) and re-warms the status assessments.
A sweep that tombstones a sleep segment drops every cached block.
The cross-source picker anchors each duplicate cluster on its first start,
so which cluster a workout lands in depends on the workouts around it. The
detail route still read the old fixed five-minute clock slot, and every
other reader handed the picker only the rows of its own range. The detail
of a twin that straddled a slot boundary declared itself canonical while
the list hid it, and runs at 09:58, 10:02 and 10:06 were grouped one way by
a read starting at 09:55 and another by a read starting at 10:00.
Every reader that decides which workout is canonical (list, detail and its
previous session, activity calendar, day view, doctor report, Coach,
briefing and correlation blocks, strain, per-sport context, the activity
insight's history, the batch write) now reads through one windowed reader.
It reads a duplicate window past the end of the range and reaches back
until every sport in the range starts at a workout that is an anchor
whatever came before it, then picks over everything read and keeps the
rows that start inside the range. The per-sport baseline and the insight
history leave out the whole cluster of the current session instead of the
row alone, which left its twin behind as a session of its own. The batch
write clusters its rows together with the stored workouts around them and
drops only a row that loses to another row of the same batch.
A property test checks the windowed read against a whole-history read for
random dense histories and ranges; route tests pin list, detail, deep link,
previous session and the batch write against the database.
Every raised entry is main's own number for a file this branch had not touched since the fork, so no value is above both sides; the version-stamp counts that fell are recorded lower.
Undoes the raise from the pt-BR tables commit. After the screen banks,
population-norm patterns, insights footers, settings labels and
Telegram words moved into their own modules, every file that grew is
below its old line count, outbound-screen.ts leaves the over-800 list
and buildDoseChangeClass the over-200 list.
The outbound screen, the prose-grounding check and the insights and
Coach prompt files keep one table per locale on purpose: the dual-bank
rule (the reader's bank plus English) reads in one place, and every
other locale lives there. A ninth locale adds its rows, mostly to the
dose, risk and causal banks of outbound-screen.ts and its
buildDoseChangeClass table (+134 and +40 lines). The managed-profile
settings section and the Telegram handler grow by an import and the
Portuguese bare words.
The batch route counted arrivals inline and grew past its size baseline
with the new-sample rule. tallyHealthKitArrivals now owns the fold, the
route hands it each landed entry and hour with whether it brought a new
value, and the size baselines move down to what the route is now.
Refs #1259
The profile section in docs/contributing/benchmarks.md says how to run
scripts/bench/boot-profile.ts, what the profile of the v1.44 runtime
found (the worker graph as one 753 ms block, a live heap of about
165 MB of which the query compiler holds 50 and the catalogs 33) and what
changed. scripts/bench/results/v1.45.0-*.md hold the before and after
numbers per area, from back-to-back runs on the same machine. The size
baselines take the lowered numbers.
Marc-André Bombeck