The provider mock lacked `probeProviderChain`, so the capability loader
threw on every wire and read `check_failed`. It now answers "no
provider" like the rest of the mock, and the derived payload pins
`no_provider` so a starved loader fails the file.
The file stubbed the old switch reader only, so the capability loader
failed and every capability resolved closed. The owner's positive control
then enqueued nothing, and the delegate's negative passed without a
provider on the record, proving nothing. The record and the owner now
carry a provider and consent, so the delegate case refuses for the
reason it names.
Serving stored text and starting model work are separate questions. A
delegate may not start model work on somebody else's record, but reads
the owner's stored briefing, period narrative, status notes, workout
notes and Coach unread signal exactly when the owner would: those
readers now resolve the record's own capability state, not the
viewer's. Generation, warms and enqueues still ask as the viewer, so a
delegate's read of a stale narrative queues nothing. A hidden
model-written narrative is no longer overwritten by a deterministic
warm while AI is unavailable.
The sharing front door reads the digest's briefing lead again, and an
integration case pins both halves.
Refs #975
Brings in the jobs, stored-text and consent package and the extraction
routes. Conflicts resolved:
- The digest keeps its capability-driven reaction line and check-in,
now through the shared `aiCapabilityForRecord`; the local copy of it
is removed.
- The route inventories classify the extraction routes (documents,
labs OCR, medication text, fenced chat and attachments) as actions;
a capability call counts as the gate for the module inventory.
- With every caller moved, `requireAssistantSurface` and
`AssistantDisabledError` are deleted. The `assistant.disabled.*`
codes stay on the capability refusal, and the guard now asserts the
retired gate is gone.
- `aiCapabilityToServe` answers whether stored model text may be shown
from the record's own state, apart from who is reading.
Refs #975
Whether a vaccination is still current was known only on the checkups
page. The vaccination log now shows it on each antigen's heading:
the booster the person planned when they logged a dose, marked as
overdue, due soon (within 30 days) or scheduled, tinted only in the
first two cases.
The state is resolved on the server from the person's own confirmed
booster reminder and published on the list response as renewals, so
the web page and the native client read the same answer. Nothing is
worked out from age, history or the catalogue: an antigen without a
planned booster shows no state. Renewals are null for a grant that does
not reach the measurements section the reminders live in.
Refs #1005
A document could show its visits read-only and its vaccinations not at
all, so a childhood record covering a dozen doses had to be attached
from a dozen dose forms. The document's detail sheet now lists the
visits and vaccinations it is filed against and, for someone who may
manage the vault, links and unlinks them in one place, with the records
dated near the document on top. Both ends write the same link tables
through the link service, so the dose's form and the document's sheet
cannot disagree about what is filed where.
The document detail response carries the linked doses, named by
catalogue slug or the person's own wording. It is null rather than
empty for a grant that opens the vault but not the health background,
so a shared page never claims to record no doses. The update route
takes a replace-set of vaccination ids, up to 100 so one record can
cover a whole primary schedule; ownership is re-checked, a foreign id
answers 404 and the change lands in the audit log beside the other link
fields. Linking from the dose suggestion now refreshes the sheet.
Refs #1024, #1005
The status family (the five metric cards, medication compliance, the
generic metric status and the biomarker assessment) asked the retired
switch and the `insights` module and refused with 403. The note is model
text and the card around it is data, so they are mixed reads now: while
the `statusText` capability is available the note is served and warmed
as before, with `ai` beside it; otherwise the answer is 200 with the
note null, `preparing: false`, `hasProvider` as provider presence only
and `ai` naming the reason, and neither the cache nor the warm queue is
touched. The generic metric status still reports `insufficient` from the
data. The mood card keeps its mood module gate.
Kept apart so it can be held back while the shipped iPhone app's
rendering of a 200 without a note is confirmed.
Refs #975
The status chokepoint, the comprehensive briefing, reaction lines and
AI-composed nudges now ask `aiEgressRefusal` about exactly the chain they
are about to send to, instead of each pairing the operator-key check
with a surface receipt lookup of its own. The consent kinds come from the
capability table, so the wire and the published capability answer from
the same rule.
The document summary, its catch-up pass and the index backfill stop on a
closed switch or module before anything is picked, and leave "no
provider" and "consent needed" to the document pick, which re-checks the
wire for the provider it chose. A closed switch still only heals PENDING
to NONE; a withheld pick records UNAVAILABLE. The per-pick document
consent helper is removed, since nothing calls it any more.
The auto-read toggle mints the shared `AI_EXTRACTION_CONSENT_KIND`, and
the web grant helper goes back to minting the master grant only.
Refs #975
Brings in the extraction routes and the capability re-check at the wire
(`aiEgressRefusal`), so the jobs and stored-text work can share it.
Conflicts in the document routes, the fenced chat, the auto-read toggle
and its contract text resolve to the extraction branch: those files no
longer call the per-pick document consent helper.
Three files walk the AI state matrix through the real handlers: every
data route answers the baseline's data under each state, and an ECG
upload is stored with AI off; mixed reads null the model text, name the
reason and enqueue nothing, and the dashboard hides a cached briefing on
the next read after a switch flip; the briefing and Coach actions refuse
with the exact code, capability and reason before any provider or cache
write. Existing files that seeded provider-less accounts now give them a
provider where the briefing or the Coach is under test, and the sharing
front door marks the digest by a due checkup, since model text is not
served inside somebody else's record.
Refs #975
Every AI job now asks its capability for the user before it builds a
snapshot, and skips with a `.skipped` annotation naming the reason: the
nightly pregenerate (briefing and statusText, each half on its own), the
status batch and the per-metric crons, the on-demand status worker, the
narrative cron, Coach nudges and their AI composer, the Coach memory
refresh, reaction lines, workout paragraphs, and the document summary,
catch-up and index jobs. Seven of these read no assistant switch at all
before, so the master switch now stops them too.
The cron candidate queries drop people who switched AI analysis off in
SQL, and no longer read `disableCoach` outside the Coach: hiding the
Coach hides the Coach. Coach nudges use the one presence probe, so a
central Codex account is no longer skipped; a missing consent still gets
the deterministic template. The arrival spine asks only the
provider-free half (switches and modules) before it enqueues, keeping
its module graph free of provider code.
Document reading needs an extraction receipt (ai_extraction or ai_full)
for any external provider; the auto-read toggle is the trigger, no longer
a consent shortcut, so a revoked receipt wins over a toggle left on. Lab
report scans get the same rule for a whole chain.
Two structural guards: every file that calls a provider is named with
the reason its call is admitted, and the chokepoints re-check a
capability; every AI job references its capability gate. An integration
matrix runs each worker under the refusing states with a provider spy.
Refs #975
Every status note reader and writer moves to InsightStatusCache: the
generators, the unchanged-data gates, the stale-while-revalidate read,
the ingest debounce, the previous-note prompt block and the
medication-compliance card with its per-medication lines. A stall now
opens a negative-cache window next to the note instead of a stub row
that shadowed it.
Stored model text is never served while its capability is unavailable,
whatever the reason: the status readers and gates check statusText, the
period narrative hides a model-written row while periodNarrative is
unavailable (the deterministic narrative is data and always shown), and
the daily digest drops reaction lines while reactionLines is
unavailable. A read-only miss now reports why (`unavailable` with the
capability's reason) and keeps hasProvider meaning provider presence, so
a withdrawn consent no longer reads as "no provider".
runStatusCompletion takes the capability as a required argument and
re-checks it before the provider chain is resolved, so a job queued
before a switch flipped still stops at the wire. The comprehensive
briefing re-checks briefing the same way. hasUsableStatusProvider is the
one presence probe.
Refs #975
Status notes (the per-metric text a model writes) move out of audit_logs
into InsightStatusCache: one row per user, metric and locale, the note
encrypted at rest, upserted in place, with the input and snapshot
fingerprints and a separate negative-cache window.
Migration 0344 creates the table and deletes every audit_logs row whose
action matches insights.%-status.%. The notes are a regenerable cache and
the old rows are plaintext, so nothing is copied; the first nightly run
after the upgrade writes them again. Take a backup before applying.
The table is registered for key rotation, excluded from backups as a
regenerable cache, and deleted by Delete All Data.
Refs #975
Each refusal is checked twice, at the response and at a spy standing in
for every model call, beside an all-open twin in which the spy is called.
Two background cases run the index and summary job handlers directly and
show that a job enqueued before document reading was turned off finds no
provider when it runs.
Several chart mounts (the medications page, the coach chat, the
recovery section) pass no zone, and the chart then fell back to a fixed
Europe/Berlin, so those charts cut and labelled days in Berlin for
every user whatever their profile said.
The chart now falls back to the signed-in account's zone, and only
before that has loaded to the shared DEFAULT_TIMEZONE the server's own
resolver ends on. /api/auth/me reports the zone the server resolves:
the stored one, or the instance default when the stored one is
unusable, so the client cuts days where the server does.
Refs #1026
The earlier rule could leave a one-day cycle in front of a real start
when day two of a period was logged before day one. Tapping "My period
started this day" on the real first day folds the later start in, but
the re-tapped row kept the end date and length its vanished successor
had given it, so the repaired cycle stayed closed after one day.
A start with no cycle after it is open, so opening one now clears a
stale end and length. The repair of such a history is covered end to
end: the broken state is seeded as the old rule left it, the one tap
is made through the period route, and the result is a single open
cycle that owns every day of the period.
The coach's cycle snapshot read a year of raw readings for the phase
crosstab, including steps, heart-rate variability and CGM glucose. On a
CGM account that is over 100 000 objects per snapshot.
The crosstab only uses each day's sum and count after picking one
source and device per day, and the pick depends only on which sources
and devices are present. readSourceDayAggregates returns one row per
type, day, source and device, and the day map now carries each row's
reading count, so the day values are the ones the raw readings give.
The 30-day clinical glucose reads stay raw: time in range, SD, J-index
and the risk indices are functions of individual readings, and a
sensor's rate bounds the window below 45 000 rows.
Refs #1023
On a per-minute heart-rate stream the 7-day chart showed only the first
half of the week. The range read raw rows oldest-first under a
5000-row limit, and seven days of per-minute samples are 10 080 rows,
so the newest days never arrived.
The chart folds every range into days anyway, so the 7-day range now
asks for one row per local day like the longer ranges. The whole week
arrives whatever the sampling rate, and the 7-day and 30-day ranges
share one day boundary and one source pick per day. The 7-day range
still draws no spread band, so its picture is unchanged.
Refs #1026
The log sheet took its "Day N" header and its "period ended" button
from the verdict, which is the answer about today. A January date opened
in September read "Day 2", and a back-dated period could only be closed
on dates where today happened to be a bleeding day, so the button came
and went as unrelated months were filled in.
The calendar read now carries, per date, the cycle day of the logged
cycle that date belongs to (null before the first start, after today, or
past the verdict's ceiling for an open cycle) and whether a one-tap
period end can land there. The sheet reads both off the grid day for the
date it opened on.
Saving a new entry with nothing picked used to write an empty row: the
request succeeded, the sheet closed and the calendar had nothing to
draw, which read as a save that did nothing. Save now needs something to
store and says what, and an emptied existing entry still saves. The
sheet also stops writing until the opened date's own entry has loaded,
because until then it held the previous date's row id and a quick Save
patched the wrong day.
On the server, a start recorded a few days after an earlier one is the
same period entered in the other order: opening the earlier start now
folds the later one into it instead of leaving a one-day cycle in front
of it, and a bleed too far before the next start to be its first day and
too close to be a cycle of its own no longer infers a start. Opening or
removing a start re-attributes the day-logs whose cycle changed.
A single account syncing heart rate from a watch took the worker down
within half an hour. The status cards' graded series read the last 91
days of raw rows, bounded in time but not in rows, so a stream sampled
every minute or faster materialised six or seven figures of objects on
every refresh and the read ran into the statement timeout.
Add readDayAggregates, which folds one type into per-day sum, count, min
and max in Postgres (optionally split into age segments and filtered to
the metric's plausibility domain), and move the readers that folded raw
rows into days in memory onto it: the graded series (recent, weekly and
the cold-tier fallback, for every type), the vitals day-mean fallback
behind the personal band, the tiered context's recent days and the plan
review. Recent, weekly and monthly buckets are identical to the raw
fold; the cold-tier yearly slope now runs over day means.
On 91 days of per-minute pulse the graded series now allocates 1.6 MB
where it allocated 62 MB, while the raw read alone holds 22 MB.
A structural guard freezes the remaining untaken measurement reads in
the worker and insight directories: each must name a sparse literal
type or carry a listed reason.
Refs #1023
Switching a chart from 7 to 30 days moved steps, active energy,
flights and distance totals onto neighbouring days. The 7-day range
buckets raw rows by the user's calendar day; the 30-day range read the
DAY rollup tier, whose buckets are UTC days, and the chart labelled each
bucket's UTC-midnight start in the user's zone. East of UTC a sample
shortly after local midnight counted on the previous day; west of UTC
every bucket read one day early.
The daily series (the chart read and the batched dashboard read) and the
aggregate=daily|weekly|monthly list now fold live in the user's zone and
return the instant of local midnight, so every range and every summed
metric shares one day boundary. The fold runs in Postgres and returns
one row per day; about 0.1 s for 90 days of per-minute samples. Windows
longer than the DAY cap still step up to the coarser rollup tiers.
Refs #1026
The Coach availability fold and the AI analysis carry-over for people
who hid the Coach are read out of the migration and run twice against
rows shaped like an upgrading instance, including a malformed
preference blob and the concurrency token.
Each state changes one layer against a fully set-up account and checks
the capabilities it owns: master switch, Reading documents, no
provider, the operator's key with and without consent, hiding the
Coach, the AI analysis opt-out, the workouts module, the single Coach
switch, a delegate, and a guardian limited to the operator's key.
The operator switches become master, Coach, Daily Briefing, Status
notes and Reading documents. Correlations goes: it gated statistics,
not anything a model writes. Reading documents covers the document
vault, lab scans and medication extraction.
The Coach module's operator availability now follows the Coach
switch, so there is one place to turn the Coach off server-wide. The
migration folds a stored Coach availability of false into the switch,
and gives everyone who hid the Coach the AI analysis opt-out, since
hiding the Coach no longer stops nightly briefing and status notes.
A switch read that fails now fails closed. The insights module is
described as AI analysis in every locale, and the switch guard now
keeps both retired switches out and freezes the callers of the old
operator-only gate.
Background insights can no longer use up the day before somebody asks a question; a fifth of the daily limit is held back for what a person does by hand.
The delivery ledger is written without awaiting the result, so the row
appears some time after the dispatch returns. The test slept a flat fifty
milliseconds and then read, which holds on a warm machine and loses on a
loaded runner: the assertion reported an empty ledger as though the
dispatch had not recorded the skip.
It polls for the rows now, up to five seconds, and fails with a message
naming how many it found. The claim is that the row is written, which is
what the code promises; that it is written within fifty milliseconds is
not.
Brings in the truncate retry, the socket fix for the record-fence spec that
failed this branch's second e2e shard, and the corrected absence assertions.
The background ceiling applied only when the operator funded the chain, so on a
chain the operator does not pay for the automatic generators and the chat shared
one undivided ceiling and the first could still take all of it. That is the
configuration the recommended remedy for the original lockout produces — put the
personal Codex account first — so the guarantee was missing on exactly the setup
it was written for.
The ceiling is now expressed as what it is meant to protect. Background work may
run until the day's spend would leave less than a fixed reserve for whoever is
waiting on an answer, on both cost owners. A reserve and a quota look alike at
the boundary and mean opposite things in the middle: a quota stops useful
generation on a day nobody was ever going to interrupt, while a reserve costs it
nothing until the moment it would take the last of the day. An account
generating 1.45 million tokens of insights on its own plan keeps every one of
them and the chat still holds 400 000.
INTERACTIVE_RESERVE_SHARE replaces JOB_SURFACE_SHARE. The old name described a
quota over the jobs rather than a floor under the person waiting, and a name
that states the opposite of the intent is what put the wrong comparison in this
ledger twice already.
The fraction is a default an operator will want to change. The setting and its
documentation are separate work.
The suite wipes the database between files with one TRUNCATE, which needs
the strictest lock on every table at the same time. The server writes in
thirty-nine places without awaiting the result, so one of those can land
after the test that caused it has returned, and Postgres then picks the
truncate as the deadlock victim. It failed an unrelated file twice in two
days and passed on the rerun both times.
The truncate is retried up to four times, on that one error and no other,
with a short back-off. Three cases hold it there: a deadlock that clears,
an error that is not a deadlock and must not be retried at all, and a
deadlock that never clears and must still fail. All three go red without
the retry.
CLAUDE.md forbids planning shorthand in committed artefacts, and this branch
introduced 74 lines of it across source, tests, a schema field and two
migrations. Someone reading the migration SQL in a year has no way to resolve a
wave letter or a round number, and a comment that points at something outside
the repository names no reason at all.
Three passes. A version followed by a parenthetical keeps the version and loses
the parenthetical, because the version says since when something holds. A
sentence that leaned on the vocabulary to carry its meaning is rewritten to
state the reason directly: the arrival reservation now says it was refused over
money the operator never spent, rather than naming the defect a wave existed to
remove. Three test titles carried the marker in the name itself and are renamed
to what they pin.
Comments only. No behaviour, no renames beyond those three titles.
Allowlisting `PUT /api/auth/profile` so the setup flow's baseline step could
finish also handed every visitor the shared demo account's contact email, its
display name, its full name and its insurer fields: the allowlist admits a
path and a method, and every field the handler behind it writes comes with
them. The justification beside the entry named three fields; the entry
admitted eleven.
The write is narrowed on the server, in `applyProfileUpdate`, to height, date
of birth and sex while `DEMO_MODE` is set — not in the client, which is the
party the allowlist exists to distrust. It happens ahead of the email conflict
check, which would otherwise answer "is this address registered here?" to
anybody who can open the demo. The display-name box goes read-only there, as
the anamnesis card already is, so nothing accepts input it will discard.
The entry's comment now lists what the handler writes and what is admitted.
The arrival-reaction claim carried its own copy of the reservation upsert so
the write could ride the claim transaction. The copy drifted: it learned to
write operator_tokens and kept gating on the day's mixed total, at the halved
background ceiling. On the row the wave was written for, 1.2 million tokens
served by the user's own plan, the reaction was refused all day at half the old
ceiling, reproducing the defect the wave exists to remove on the one surface it
forgot to convert. reserveBudget now takes the transaction client, so both
writes still roll back together and there is no second copy left to drift.
The row also remembers who paid for its reservation. The supersede refund in
data-arrival has no chain to ask and could only reverse the total, so the
operator share of every superseded reservation stayed on the row forever,
walking the operator's ceiling upward against spend that never happened. A
supersede is routine, not an edge case: any second measurement of the same kind
on the same local date before the worker runs. The resume path re-derived the
owner from a chain the health ledger may have reordered since, which leaks the
same way or drains another request's balance.
A structural guard makes the invariant executable. Every INSERT column list,
SET clause and RETURNING list that names one counter must name the other, and
the set of files holding raw ledger SQL is pinned. Both defects above were a
grep away and both would have failed this test.
The owner split left an operator-funded chain with no ceiling at all. Its arm
compared operator_tokens, and that counter returns to roughly zero on every
reconcile the user's own plan settled: on the 2026-09-11 evidence the shared
key answered 500 and codex served, so the counter never grew, every job
reservation was admitted forever, and a runaway client loop could write an
unbounded row. A pre-existing concurrency contract caught it from the other
side, two reservations that must not both pass one cap both passing.
reserveBudget now refuses when the owner's counter is over its cap OR the day's
mixed total is over the abuse ceiling, and a background surface gets its share
of that ceiling too, so background spend is bounded on the total and not only
under a counter the operator's key never fills. The surface is a required
argument, so the type checker enumerated every reservation site.
The hop guard learns the same lesson: an operator-funded fallback hop is now
rationed at the calling surface's ceiling rather than the full operator cap. A
job admitted under the job share could previously spend the whole 200 000 once
its chain fell back onto the shared key, which is the original defect reached
by the fallback path.
The job share applies only where the operator pays for the chain. Multiplying
whichever ceiling the chain resolved halved background generation for a
self-hoster on a local model, who costs the operator nothing.
Refusals now name the ceiling they hit and whose it was. A refusal used to emit
the day's mixed total and nothing else, which on an operator refusal is not the
counter that tripped.
The reservation compared the day's TOTAL against whichever ceiling the
chain resolved, and the chain walker's hop guard did the same. On an
account whose background jobs run on the user's own ChatGPT plan, both
saw a total the operator had not paid for: the chat refused at 06:42Z
with 513 539 tokens against the 200 000 operator ceiling, and the
fallback hop to the shared key was closed on the same arithmetic.
An operator-funded chain is now measured against `operator_tokens` and a
user-plan chain keeps its abuse ceiling on the total; the hop guard reads
the operator share too. A day of turns the user's own plan paid for can
no longer lock anyone out of the operator's ceiling.
`coach_usage` counted one number per (user, day). A turn served by the
user's own ChatGPT plan after the operator's shared key answered 500 was
therefore charged to the operator-cost cap, and the operator's chat was
locked out every morning by background work he pays for himself.
The ledger gains `operator_tokens`: the share of `total_tokens` served by
an operator-funded provider. `reserveBudget` books a reservation to the
owner of the chain's primary and `reconcileSpend` settles it against the
provider that actually served, both inside the same statements as the
total so concurrent requests can never see one counter without the other.
Every call site names its cost owner and its serving hop; the argument is
required, so a new surface cannot inherit the old blind accounting.
"Finish without the profile" completed the flow with no record id, and
the route then derived the child's answers onto the guardian's own
record. The server now decides: answers given for somebody else with no
record to apply them to complete and latch the flow without deriving or
seeding anything, whatever the client sent. The checklist carries the
profile instead and reads none of those answers as the guardian's own.
A record id the caller does not guard answers 404 like every
id-addressed managed-profile route, one answer for missing, not managed
and not theirs alike; the contract documents the field, the 404 and the
422 text. Pinned by two integration cases and a second child journey.
"Someone I look after" derived the child's answers onto the guardian's
own record. The completion now takes the managed record the profile
step just created, checks the same access rule the guardian's modules
route applies, and lands the same derivation and dashboard seed on that
record through the same record-keyed write; the guardian's own flow is
stamped complete and latched without touching its map. Three
integration cases pin it, and the child journey reads the child's map
through a real switch — it asserted the guardian's map before, which
pinned the wrong record.
Also from the review: the checklist's visit row read a meta the visits
list never publishes and now counts its body; the first-result tile
read the measurements list as an array and now shows the reading; the
demo allowlist admits the disclaimer and tour writes, with a structural
test over every onboarding route file; restart clears the old first
result, and the screen trusts the ledger before painting a result as
done; the headroom sweep's raw-key check matches the flow's own key
shapes; the demo migration script stops copying the dropped column; the
questions-to-pass rule and the shell's onboarding-path rule are pure and
pinned; the baseline form composes the shared action row; the schema
diff loses the unrelated formatting churn.
Run against the standalone build, the four journeys and the axe sweep
surfaced five things the unit tier could not see. The completion route
derives only once every question is settled, and Q6 stays pending for
somebody with no unit-bearing area — the confirm screen now passes the
questions the flow never showed before it completes. The dashboard seed
matched a JSON null where the unset column is a SQL NULL, so it never
landed; the retired step route carried the same filter. The auth shell's
onboarding branch matched only the front door, so every question screen
rendered inside the full app chrome with the sidebar. Inline links
relied on colour alone, the step list sat outside any landmark, and the
baseline form brought a second h1 onto the confirm screen. The two
sweeps run serially, since each drives one account through the API.
The integration file gains the seed case that would have caught the
null filter.
The guardian's modules branch no longer invalidates the health score in the
route; the record-keyed write it shares with the setup flow does. The guard
pinned the old call site and went red for a behaviour that had not changed.
It now asserts the route goes through the shared write with the record id
and that the helper is still the place that invalidates.
Marc-André Bombeck