The labs list layout gains categoryOrder, a bounded allow-list of
category keys (200 entries, 64 characters each, deduplicated, malformed
values dropped on read). GET /api/labs/overview reads the caller's own
layout and answers categories already in that order, so every client
renders them as given. Listed categories come first; keys the data does
not have are ignored; a category the order does not name follows in
the default order (catalog panels, then the person's own by label, then
other). Other left at the end of the order stays last, behind any
category added later; moved anywhere else, it stays there.
Settings > Arrangement > Labs shows a category order card while
categories are on. It lists the overview's categories under their
localised labels, sends the whole order after every move, moves the
cached overview at once and refetches it. The card says how the default
order works. The OpenAPI document carries the new field.
The list layout gains two choices that only the labs list reads:
groupBy (none or category, default none) and groupsOpen (expanded,
flagged or collapsed, default expanded). The resolver keeps a valid
stored value and drops anything else to the default, the PUT merges
both field by field, and the hook exposes a setter for each. A
browser value from before the server column never held them, so the
legacy parse fills them from the defaults.
Deleting an account, a guardian deleting a managed profile, and "Delete
all data" were final the moment they were confirmed: the account row
cascaded into every table and every stored copy, and the off-host objects
were purged in the same breath. Nothing short of rolling the whole
instance back could return one account.
ACCOUNT_DELETION_GRACE_DAYS (14 by default, at most 30, 0 erases at once
as before) now sets a window:
- Account and managed-profile deletion lock the account (migration 0488:
deletion_requested_at, deletion_purge_at, deletion_requested_by_id).
Every session, refresh token, API token, connector, share link and
step-up elevation is revoked in the same transaction, and the record,
its stored copies and its off-host objects are left as they are.
- Sign-in is refused with 403 auth.account.deletion_pending and the
erasure date, after the credential was proved and before a second
factor is asked for. The session and Bearer resolvers and the acting-
account resolver refuse a pending account too, so a credential minted
in the moment before the lock is useless.
- POST /api/admin/users/{id}/undo-deletion (cookie-only, audit-logged)
clears the lock. The admin users list reports the pending state.
- The hourly account-deletion-purge job erases accounts whose window has
ended, exactly as the immediate deletion did, with the off-host purge
request committed alongside. The Guardian invariant is decided again;
a refused erasure stays pending and is reported.
- A wipe first stores the whole record as a PRE_WIPE_<ms> copy through
the writer the weekly copy uses, keeps it out of the wipe, and holds
its off-host purge back with a new not_before on the request. The
ordinary restore brings the record back; restoring that copy withdraws
the held purge. The purge job deletes the copy when its window ends.
Background work skips accounts pending deletion through one shared
predicate (src/lib/account-deletion/active-account.ts): every reminder,
digest, Coach, sync, backfill, rollup, score and backup enumeration
filters with it, and account-deletion-enumeration-guard.test.ts fails on
a query in background work that neither filters nor says why it need
not. Notification delivery and the AI capability loader refuse a pending
account as chokepoints behind it, and the Withings, WHOOP and Telegram
webhooks and the notification quick actions ignore one.
The privacy summary publishes the window. Two pieces of the reminder tick
and the off-host pass moved into modules of their own to keep the files
inside their size ratchet.
The per-account preview switch was kept for the topic overview pages,
which were dropped before they shipped. Its one flag was stored, served
and backed up, and read by nothing; the column-reader audit listed it as
a pending consumer that will not come.
Removed completely:
- `/api/settings/preview-features` (GET, PATCH) is retired: it answers
410 Gone with `meta.errorCode: route.retired` and `removedIn: 1.46.0`,
and the contract publishes it under Retired. The route, its validation
schema, the `PreviewFeatures` OpenAPI schemas and the settings module
are deleted.
- Migration 0485 drops `users.preview_features_json` under a bounded lock
wait, with the retry marker.
- The backup no longer writes the field. A file from v1.44 or v1.45 that
carries it still restores: the schema accepts it and no codec reads it,
so nothing is refused or written for it. The backup-parity goldens
lose the field and apply one setting fewer.
- The data-wipe plan entry and the sharing-surface actor entry go with
the route (frozen count 273 -> 272).
No client build reads the route: neither iOS repository nor any local
checkout references it.
GET /api/topics answers one entry per topic the record holds data for:
a headline value, a rule-based sentence and a 30-day sparkline.
GET /api/topics/{topic} answers a topic's signals with their usual
ranges, side-by-side series for a chosen window, the relationships
between its signals, 90-day trends, what it holds nothing for yet, and
its blocks (training load, lab markers with their trend, screener
trends, the cycle day).
Every figure comes from reads the metric pages already make: the local
daily values, the reconstructed nights, the mood score, computeLabTrend,
the training load and the screener trends. No model is involved. A
relationship says nothing below 14 paired days and is only called a
pattern at p < 0.05; a lab trend needs three readings spanning a year.
The preview is the viewer's own opt-in: with it off both routes answer
404 topics.preview_off. Topics, signals and blocks follow the record's
module switches and the sections the viewer's grant opens; the routes
read across sections, so a scoped grant is refused like the timeline.
/api/auth/me publishes the caller's opt-ins as previewFeatures.
Add per-user columns for the labs, illness and checkups list presentation
and for preview-feature opt-ins, each with a GET plus a preserve-when-absent
write under /api/settings. The list hook now reads and writes the server
value and carries a browser-stored order up once when the server holds
none, so an existing arrangement follows the person to every device instead
of resetting.
The ntfy and webhook 502 descriptions shared one list of refused credentials that neither channel fully has. Each now names its own, including the userinfo and long path segments of a webhook URL. The email description names the TLS, protocol and envelope cases.
Refs #947
Gotify's POST /message types priority as an integer, so the generic body, which sends the word, was refused with a 400 before the token was ever the question. The webhook card now offers a payload format: generic, which stays byte for byte what it was, and gotify, which sends title, message, an integer priority and extras.
Priorities follow the Gotify Android client's channel thresholds: 5 for routine events (audible), 8 for medication reminders (the lowest heads-up value), 10 for urgent events. The extras declare plain text and carry the event name, masked to reminder in discreet mode as the generic body does.
The choice lives in the encrypted channel config, so no migration: an absent format is generic, only gotify is written, and a save that omits the field keeps the stored choice. GET returns the resolved value. The sender comment no longer suggests an Authorization Bearer header for Gotify, which takes X-Gotify-Key or a token query parameter.
Refs #947
The webhook, ntfy and email test routes turned every delivery failure into a bare 500, so the settings card could only say "Test failed" while the server knew the relay had answered 400. A failure at the other end, or on the way to it, is now a 502 with meta.errorCode, the upstream HTTP status or SMTP reply code, and for webhook and ntfy what the relay answered when that is short and holds no credential. The codes reuse the test card's vocabulary; upstream_rejected is new, for a relay that accepted the connection and refused the payload. The private-origin 422 is unchanged, and only a failure the server cannot name stays a 500.
The guard that pinned the bare 500 now asserts the opposite, with the reason in its name.
The admin fan-out test reports the same code and status per channel, and tests the webhook and email channels, which it used to list as an unknown channel type.
Refs #947
A Nightscout self-host on host networking with
NIGHTSCOUT_PRIVATE_ORIGINS=http://localhost:1337 worked before and must
keep working unchanged; an operator who lists an exact loopback origin
with its port has made the same deliberate decision as one who lists a
LAN origin. The never-grantable floor is now the unspecified address,
link-local and the metadata endpoint only. Loopback (127/8, ::1,
localhost) is grantable when listed exactly, still resolved and pinned
at connect time with redirects forbidden, and still refused when not
listed.
::1 is answered before the embedded-IPv4 unwrap, which read it as the
IPv4-compatible spelling of 0.0.0.1 and refused it as unspecified. The
pinned Nightscout transport test runs the real floor again. Each refused
range keeps its own test; loopback moves to the grantable-when-listed
set with a test that an unlisted loopback is still refused, and a
Nightscout grant of http://localhost:1337 is asserted to parse.
Refs #947
A loopback, link-local or metadata target answered
private_origin_not_approved with a message telling the user to have the
operator list it, and the parser refuses such an entry forever: a dead
end the route test even pinned. Those targets now answer
private_origin_not_grantable (catalogued, on all four routes, translated
in seven locales) with a message that says no grant can open them and
to use the relay's LAN address. Both senders carry the reason into the
outcome so the test button forwards the same code.
The malformed-entry warning printed the entry verbatim, which is where
a pasted token or userinfo sits; the parser now hands callers scheme
and host only, plus the reason in words. The Nightscout list throws a
named error with that redacted entry and reason, and the connect route
answers it as a 422 with the message instead of a bare 500, so a
self-host that listed http://localhost:1337 reads what to change.
The two settings cards translate a coded save refusal like the test
button does; the docs and the changelog name the sub-host and sibling-
port narrowing; the dispatcher floor tests assert the policy marker so
a real NXDOMAIN cannot pass for a refusal.
Refs #947
The save routes evaluate the same policy the senders do. A target on a
private network the operator has not listed is a 422 with
meta.errorCode = private_origin_not_approved and a message that names
NOTIFICATION_PRIVATE_ORIGINS, instead of the generic "Invalid data"; a
listed private address saves although the plain public floor would
have refused it. The settings schemas take the target predicate as a
parameter so the validator module never reads the environment; the
exported constants keep the public floor for the OpenAPI contract.
The test routes forward the sender's refusal as the same 422 and code
instead of a bare 500, so the card can say why the test failed rather
than sending the operator to the wide-event log. A delivery fault is
still a 500. Both test routes and the dispatcher reach the same sender
function, and a structural test holds them there.
The OpenAPI descriptions name the code on all four routes; the test
button's error map gains the code in every locale.
Refs #947
The three routes that act on the whole of an account — `DELETE
/api/settings/data`, `DELETE /api/settings/account`, `POST
/api/export/encrypted` — name no record. They resolve the caller and act on
whatever the caller owns, so the question a switched session puts to them is
what happens when the browser believes it is somewhere else.
They already refuse: all three resolve through `requireFreshMfaIfEnrolled` or
its erasure sibling, and both open with `requireAuth()`, which reads the acting
carrier and throws `sharing.not_permitted` for anything but `none`. What was
missing is that the contract never said so. `/api/settings/{data,account}`
published a 403 about narrow Bearer scope alone, and the encrypted export
published no 403 at all, so a client that switches records had no way to learn
which of its calls stop working short of trying one.
One sentence, spliced onto the three, byte-identical for the same reason the
delegable refusal is one string. `switched-session-destructive-refusal.test.ts`
drives each route with a live whole-record MANAGE switch and asserts both
halves: the status, the code and the wording, and that neither record moved —
a refusal raised after the transaction would satisfy the first alone. The
export leg additionally asserts no archive rode along with the 403.
With the switches now enforced at dispatch, a user could still flip a
channel on, see the toggle stick, and get nothing. Refuse the enable
instead, with 403 and a message that names the reason: the ntfy and
Telegram config endpoints on both accepted body shapes, and the Web Push
subscribe endpoint, which is the enable step for that channel because it
creates the channel row.
Telegram is checked before the webhook registration, so a refused enable
makes no outbound call and stores nothing. Disabling a channel keeps
working while the switch is off — a user must always be able to turn a
channel off, whatever the operator has done.
The three refusals are published in the contract; `/api/settings/global-services`
already exposes the switches so a client can hide the control instead of
provoking the refusal.
The published contract still told a client that a Bearer token can never
clear the step-up on account deletion or the record wipe, which is what
an app generates its client from. Describe the elevation arm on both:
which factors qualify, that a password proof does not, that the proof
rides the X-Step-Up header, and that it is spent only when the erasure
runs. The 403 a narrow-scope token gets was never published either;
it is named now, ahead of the second-factor question it precedes.
The mint endpoint lists the surfaces an elevation unlocks, so both
routes join that list.
Also note on the record wipe that API tokens are on its own delete list:
a client that wipes over Bearer signs itself out, which is worth knowing
before the retry rather than after it.
Two component-id collisions, both from the same cause: two paths that
are two doors onto one action, documented independently.
DELETE /api/devices/{id} and DELETE /api/auth/me/devices/{id} both call
revokeDeviceCascade and answer with the same shape. Each grew its own
DeviceRevokeResponse, which the emitter refuses outright. The response
moves to shared.ts so neither module owns it and the next door onto the
same call finds it; the two envelopes keep separate names because an
envelope names an operation.
The settings module took both halves by hand rather than by keep-both:
one side added nine paths, the other three, with no overlap but a shared
import block and a shared reminder-thresholds entry that a mechanical
union duplicated.
Twenty-eight more verbs that exist, are called, and said nothing in the
contract: registration, password rotation, the profile patch, the SSO entry
point, passkey enrolment, the Codex device-auth flow, the device list and its
revocation cascade, four per-user preference scalars, the email channel and the
four channel self-tests, the record wipe, the privacy facts, the update check,
and the Web Push transport.
Four of them needed more care than the rest.
`GET /api/auth/oidc/login` is documented as the two-armed route it is. The
browser arm redirects to the provider; the native arm takes `client=native`
plus a mandatory S256 challenge and returns to a compile-time scheme with a
one-time code — or an MFA ticket when the account has a second factor. The two
PKCE exchanges in play are named apart, because confusing them is the way to
get this wrong.
`POST /api/auth/register` is the only genuinely anonymous surface in the set,
and its refusals are stated exactly: the SSO-only block, the 5-per-15-minutes
bucket that collapses rather than falls open, the invite that is consumed
whenever it is sent, the zero-user bootstrap that mints the first admin under a
lock, and the one 409 that covers a taken email and a taken username so it
cannot be used to enumerate accounts. `POST /api/auth/password` is a change
behind authentication, not a reset, so it is described as one.
`DELETE /api/settings/data` names what it takes and what it leaves: ninety-nine
models hard-deleted, the account's own personal columns reset, credentials and
interface preferences kept, one transaction, and a confirmation string that is
deliberately not the one account deletion wants.
Two collisions surfaced while wiring this up and are resolved rather than
worked around. `PUT /api/auth/profile` and `PATCH /api/user/profile` are two
doors onto one handler, so they now share one published request component
instead of two descriptions of one validator. Their RESPONSES differ, though —
one carries id and role, the other the display preferences, and neither is a
superset — so they are named apart and the older description no longer claims
to cover both.
The four Web Push and APNs surfaces land in their own route module rather than
beside the notification preferences: that module answers what gets sent and
whether it arrived, this one the plumbing a client sets up and then verifies.
Both self-tests report failure inside a 200, which the contract says plainly,
because a client reading only the status will tell someone their notifications
work when they do not.
The generated YAML is left out; it is regenerated once the remaining groups
land.
`pnpm openapi:check` compares the registry against the committed YAML and
never the routes against the registry, so a route that was simply never
registered stayed invisible to the gate. Sixteen of them are called by the
native client and describe nothing: sign-out, the three per-user preference
scalars, the two pre-session discovery reads, passkey login options, the
passkey rename and delete, registration status, the consent latest-receipt
reader and its revoke, account deletion, the instance service switches, the
API-token list and revoke, the threshold overrides, the version read, and the
assistant feature matrix.
Each contract is derived from the handler rather than from its docblock, so
the published statuses are the ones the code can actually produce — the 413 on
a 1 KB body cap, the 400 the consent family answers where the rest of the API
answers 422, the 403 an instance-wide API switch produces on a token READ, the
last-admin and last-Guardian refusals on account deletion, and the fresh-factor
arm that a Bearer transport cannot clear at any scope.
Four request bodies moved to the validation modules the handlers now parse
with, so the published wire cannot drift from the runtime one: the three
`/api/auth/me` preference scalars into a new `user-prefs` module, and the
passkey rename beside the login schemas. Behaviour is unchanged.
The generated YAML is left out; it is regenerated once the remaining groups
land.
Sixteen routes the native client already calls were absent from the OpenAPI
registry, so the published spec said nothing about them. `openapi:check`
compares the registry against the YAML and never the routes against the
registry, which is why the gap survived.
Nightscout status / test / disconnect, the WHOOP credential and status reads,
and the Withings status / disconnect pair land in the integrations module. The
three per-channel configs under `/api/settings/*` join the settings module; the
notification preference and delivery-health surfaces get their own module, as do
the MCP connector connections and tokens.
These are credential-bearing surfaces, so the contract states what each response
actually carries. Every channel GET reduces its secret to a boolean, and the
descriptions say so, along with the consequence: a client cannot read the value
back, so an empty value on the way in preserves the stored one rather than
clearing it. `POST /api/mcp/tokens` is the one operation that returns a usable
Bearer, and its description says outright that this is the only copy.
Two inline request schemas move to the validations modules they belong in, so
the registry documents the same object the handler parses rather than a
restatement of it.
Every route that resolves a record through the sharing fence can answer 403
`sharing.access.denied`, and until now that fact was published on the selector
header and on none of the 120 operations that produce it. All 120 carry it now,
byte for byte, from one constant: the refusal is deliberately indistinguishable
across a missing account, a missing grant, a scope that does not reach the
surface and a read grant on a write, so 120 paraphrases would invite a client to
tell apart what the server refuses to.
Where a delegable route already answered 403 for its own reason — a module
gate, the cycle gate, AI consent — the two share one description rather than one
of them going unpublished, since OpenAPI allows a single response per status.
The guard recomputes the delegable set from the route sources on every run and
classifies per verb, which matters: seventeen modules have a delegable read
beside a write that refuses a switch outright.
The low-stock alert fired when the projected runway dropped below the
user threshold (default 7 days). For a sparse cadence — a weekly
injection's 7-day floor is barely one dose-interval — the warning landed
with about one dose left, too late to reorder before the supply ran out.
Add an optional per-medication reorder lead time plus a user-level
default (0–60 days, default 10) and widen the alert trigger to
max(lowStockRunwayDays, leadDays + cadenceIntervalDays), so the warning
lands before the last dose for any cadence. Because the trigger is a
max() over the user floor it never shrinks anyone's current threshold; a
daily med with no lead keeps its prior boundary.
The push body and the card notice surface concrete dates — supply runs
out around <date>, reorder by <date> — with a last-dose informational
state and the days/units fallback when supply data is thin. Retire the
stale fixed 4-dose count threshold on the GLP-1 details endpoint and
route its card lowStock flag through the same runway evaluation so the
card and the daily cron agree. Surface the lead default in the low-stock
settings card with progressive disclosure; a single medication can
override it.
Additive schema: nullable Medication.reorderLeadDays (migration 0161, no
backfill) and notificationPrefs.medication.reorderLeadDays. OpenAPI
regenerated.
- The escalated card row keeps its time anchor: the red badge carries
the matched window or the overdue-slot value beside it, and the
inline row's range stays visible on mobile, where it was the only
clock on the card.
- Take-all-due collects what the cards offer: a dose escalated past its
catch-up band joins the set with exactly the slot the card's own
button would record; as-needed medications never join.
- The table's stock warning follows the user's runway threshold instead
of a leftover four-dose constant; threshold off means no amber, empty
stays red.
- The card itself shows the remaining runway in the warning tone once
it crosses the threshold — only then, the card stays calm above.
- The low-stock push deep-links straight into the supply tab and its
APNs payload keeps url, runwayDays and thresholdDays; supply tab and
threshold setting link to each other; the reminder-thresholds and
notification-prefs endpoints enter the OpenAPI contract.
Marc-André Bombeck