Add a WATER_INTAKE measurement type and a per-user daily goal so the
Insights overview can track water intake against a goal ring. Logging
rides the existing measurements create path (type WATER_INTAKE, unit ml,
summed cumulatively); GET/PATCH /api/hydration read the day total and own
the goal. The goal-ring math (empty / partial / met / exceeded) lives in
a pure helper, free of Prisma and React, and is unit-tested in isolation.
Wire the new type through the measurement enum, value ranges, cumulative
HealthKit handling, categories, display transform, list metadata, record
direction, and the chartable-token allowlist. The HealthKit DietaryWater
import stays on the nutrition hold, so the type carries no import mapping
by design.
Document GET/PATCH /api/hydration in the OpenAPI contract.
Combine the remote MCP server (stdio + remote /mcp + OAuth 2.1 + read
tools + deep-value reads + a confirmed, audience-bound write surface)
with the v1.23 account-security line (MFA, known/trusted devices,
free-text note encryption).
- schema: keep every v1.23 User relation (MFA, known/trusted devices)
alongside the McpOAuthConnection relation; the MeasurementSource enum
carries the MCP value.
- api-handler: the MCP audience guard (a token scoped to
health:read/health:write is bound to /mcp and refused a REST write)
and the step-up MFA helpers coexist.
- maintenance queues: register the MCP token-cleanup sweep next to the
note-encryption backfill and key-rotation queues; shift it to 04:00
so the two daily discovery ticks do not collide.
- migrations: renumber the MCP migrations to 0206/0207 so they follow
the v1.23 chain (0199-0205).
- MCP mood writes route the note through the v1.23 at-rest cipher.
Record the very first device a user is ever seen on silently. The
new-device sign-in alert only carries meaning once there is an
established device to contrast against, so an empty device ledger
establishes the baseline without firing a notification; alerts begin
with the second distinct device. Registration's silent first-device
behaviour is unchanged.
Also extend the destructive-action step-up to treat a registered
security key as an active second factor, matching requireFreshMfa, so a
key-only account cannot delete or reset without a fresh factor.
Introduce a dedicated /settings/security section that gathers every
account-protection control in one place: TOTP enrolment (QR plus manual
secret, confirm, recovery codes shown once with copy and download),
WebAuthn security keys as a second factor (register, list with last-used,
rename, step-up-gated removal), recovery-code count and regeneration, and
primary passkey management.
The second-factor WebAuthn path keeps its own credential store, separate
from primary passkeys, and uses non-resident keys so an account can hold
many. Relying-party resolution is shared with the passkey path. A status
endpoint backs the hub; the step-up gate now recognises a registered
security key as an active second factor so a WebAuthn-only account can
still reach the gated actions.
Account deletion and the keep-account data reset now demand a recent
second-factor re-verification for accounts that have a second factor
active; single-factor accounts are unaffected and keep the typed-
confirmation-only contract. The gate runs through requireFreshMfaIfEnrolled,
which is cookie-only by construction — a Bearer transport for an MFA-enrolled
account cannot satisfy step-up and surfaces the auth.stepup.required envelope
so the UI can launch a re-verification flow.
Add requireFreshMfa(maxAgeSeconds) and requireCookieAuth alongside
requireAdmin. Both resolve through getSession() only, so a Bearer token can
never satisfy them — the same structural boundary requireAdmin relies on, not
a softenable runtime check. requireFreshMfa passes only for a cookie session
whose Session.mfaVerifiedAt is within the window and whose user has an active
second factor; otherwise it throws StepUpRequiredError (401 +
meta.errorCode "auth.stepup.required") so the client can launch a
re-verification flow.
createSession now accepts an optional mfaVerifiedAt stamp so a session minted
behind a completed second factor records its freshness.
Register two write tools — log_measurement and log_mood — only for a
health:write-scoped session; a read-only session never sees them advertised.
Each write mirrors the proven Telegram capture path (same range guard,
canonical unit, cache invalidation and rollup recompute) pinned to the MCP
source, and is idempotent on a hashed externalId derived from a client key, so
a retried call is a no-op rather than a duplicate.
Because the remote wire is stateless (no elicitation), the tools carry a
protocol-level confirm gate: without confirm:true they write nothing and
return the exact record they would write plus an instruction to confirm the
value with the user and re-call with the same idempotency key. Commits run
under a tighter per-credential write budget on top of the per-binding request
limiter.
Harden the resource-server audience binding: a token whose scopes are all in
{health:read, health:write} is bound to the MCP surface and refused on every
REST write/delete. A health:write token therefore admits the in-process MCP
write tools only and can never become a general REST write credential; admin
stays unreachable (cookie-only). Refuse, by construction, any medication, lab,
delete/update, or data-export tool on this surface.
Harden the remote MCP endpoint and the in-repo OAuth bridge against the
adversarial review of the milestone branch. The two ship-blockers made the
"read-only, revocable" promise false; the rest tightened the surface.
Audience binding at the resource server: a token whose only grant is the new
`health:read` scope is the MCP read credential. The REST edge now accepts it on
safe (read) methods and refuses it on writes/deletes with 403, so a connector
token can read over `/mcp` and GET routes but can never POST/DELETE the record
despite a "read-only" consent. The `/mcp` resolver is unaffected.
Revocable, theft-detectable refresh tokens: refresh artifacts now anchor to a
persistent connection row. Revoking a connection stops every future refresh and
kills its access tokens; a replayed (already-rotated) refresh is treated as
theft and revokes the whole connection. Connections surface in settings as the
unit a user can disconnect. The old access token is revoked on rotation.
Also: fail closed on the OAuth/`/mcp` surface when no canonical origin is
configured and mark the discovery documents non-cacheable; honour the global API
kill-switch on `/mcp`, `/token`, `/authorize`, and `/register`; cap the CIMD and
registration body reads while streaming instead of after; show the verified
client origin on consent; validate CIMD redirect-URI schemes; assert same-origin
on the consent POST; and add a daily prune for expired connector tokens.
New migration 0195 adds the connection anchor and links access tokens to it.
resolveInsightsLayout merged any default tile a saved layout did not
enumerate as hidden, so a late-added tile such as steps (introduced in
v1.12) was force-hidden on every read of an existing or iOS-synced
layout and its nav pill never appeared, even with step data present.
Appended tiles now inherit the default visibility instead, matching the
fresh-account default; the per-tile data floor still keeps an empty
metric out of the nav.
Add a CoachPlan model: durable, user-scoped if-then implementation plans
the Coach proposes and the user confirms. The background memory-refresh
pass extracts plans the user agreed to and writes them as "proposed"; only
the user-facing PATCH on /api/coach/plans/[id] activates one. The free-text
cue / action / target are encrypted at rest with the shared Bytes codec;
metric, status and dates stay plain so the injection picker ranks without a
per-row decrypt. Active plans fold into the Coach snapshot's memory block
and survive the prompt-budget drop alongside facts. List, confirm and
soft-delete routes are Coach-gated and narrow the owner from the session.
Key the dashboard-snapshot query cell by locale so a locale switch reads
freshly localised tile copy on its own cell instead of serving the prior
locale's prose until the slot goes stale. The zero-arg key stays
byte-identical, so every prefix-based invalidation keeps reaching the
locale-keyed cells; the offline-banner and preloader match on the prefix.
Migration 0194 (additive CREATE TABLE). Encryption-rotation registry and
script cover the three new Bytes columns.
Promote the static /learn guide catalog into a typed concept-to-slug
lookup the deterministic UI surfaces can consume. learnUrl is the only
sanctioned /learn URL builder and learnLinkForMetric fails closed for
an unmapped id. A test asserts every mapped slug resolves in the
catalog, so the mapping can never point at a guide that does not exist.
The hypertensive-crisis floors were defined in three modules with a
divergent diastolic value: the notification engine and the Coach acute
clause used 180/120, but the dashboard hero used 180/110. A reading like
170/112 lit the red critical-BP banner on the hero yet never tripped the
notification alarm or matched the Coach's stated acute number — one
surface said crisis, the other two stayed calm on the same row.
Promote the absolute floors into a dependency-free clinical-floors leaf
and have the hero, the safety-floor engine, the status registry's fever
band, and the illness escalation all import from it. The crisis diastolic
floor is the guideline-correct 120 (ACC/AHA hypertensive urgency); the
wider 110 hero net is dropped so the surfaces tell one story. A coverage
test pins that every consumer resolves the same constants.
Add a date-order resolver + formatter mirroring the hour-cycle path:
AUTO defers to the active locale, DMY/MDY/YMD pin the field order
through a canonical Intl locale. Thread it through makeFormatters and
expose useDateFormatPreference from the i18n context, backed by the
same localStorage mirror as the time-format preference.
The sleep, steps and glucose strip tiles shipped default-hidden even
though their modules are on by default and rich data flows in from the
sync integrations, so accounts had to hunt through Settings to see them.
Flip the three strip tiles to tileVisible:true and the vorsorge chart-row
card to visible:true, matching the VO2max precedent: each tile self-gates
on having data, so empty accounts keep a clean dashboard. Chart rows for
the three metrics stay off — those charts live on the /insights sub-pages.
totalBodyWater, boneMass and oxygenSaturation stay hidden: they carry as
catalogue ids for the iOS layout round-trip only and have no web render
path, so a flip would surface nothing. Note that at the splice point.
Update the silhouette skeleton and layout default tests for the new
counts.
The canonical rotation registry (src/lib/crypto/encrypted-columns.ts) is the
source of truth its guard test cross-checks; add EcgRecording.waveformEncrypted
there (the script already references it) and drop the redundant parallel guard.
Update the sleep/rhythm route test to the v1.19.0 rolling 5-night balance
(nightsCounted 5, debt 300) instead of the old 14-night cumulative sum.
The v1.19.0 EcgRecording.waveformEncrypted Bytes column was not added to the
key-rotation script, so an operator rotation would strand ECG waveforms on the
legacy key and dropping it would make them permanently undecryptable — the same
class as the v1.18.1 clinical-spine gap. Wire the column into the rotation and
add a schema-driven coverage test that fails CI if any encrypted Bytes column
is ever left out again.
Oura's daily_resilience collection reports a categorical level — limited,
adequate, solid, strong, exceptional. Encode it ordinally (limited=1 …
exceptional=5) into the numeric measurement value so it fits the existing
model with no new categorical column: add the RESILIENCE measurement type
(migration 0186), fetch and map daily_resilience in the Oura sync, and skip
an unknown or missing level rather than coercing it to zero.
RESILIENCE_LEVELS in the Oura client is the single source of truth for the
encoding. The day-keyed externalId keeps a re-sync idempotent so a re-scored
day overwrites in place. Extend the measurement-type label, unit, range,
category, chart-token, and PR-direction maps; add the metric label across all
six locales.
The ipwho.is default rejected server-side egress with a 403 on the free
plan, which the resolver swallowed as a clean miss, so the admin
login/audit overview rendered "—" for every session. Switch the default
online provider to ip-api.com (the parser already accepts its
status/countryCode shape) and surface a non-ok HTTP status (403/429/5xx)
as a wide-event warning instead of returning null silently, so a future
provider rejection is visible.
Whitelist TRUST_CF_CONNECTING_IP, IP_GEO_LOOKUP_URL and
IP_GEO_LOOKUP_DISABLED in the compose environment block and document them
in .env.production.example so a Cloudflare-fronted deployment can store
the real visitor IP rather than the edge address.
The 15s default cancelled the live-aggregate analytics fallback on a coverage
miss over a large account (Postgres 57014), surfacing as a 500. Sixty seconds
still bounds a runaway query well before it can starve the pool while leaving
headroom for the heaviest legitimate read.
Make the keyless ipwho.is HTTPS lookup the primary resolver for every
self-host. The bundled MaxMind GeoLite2 offline tier becomes an optional
fallback, consulted only when the online lookup misses or when egress is
disabled. A missing offline tier is now the expected baseline rather than
a gap, so the one-shot admin alert fires only when neither resolver can
produce a location.
Without a statement timeout a single stuck query or lock wait holds one of
the 20 pool slots indefinitely; enough of them permanently exhaust the pool
and every DB-backed route stops serving. Apply statement_timeout and
idle_in_transaction_session_timeout (default 15s, env-overridable, 0 to
disable) at connection establishment so every pooled session is bounded.
Correct the stale pool-sizing comment: production max_connections is 200,
not 100, and the web and worker containers share the one Postgres.
The VO2max strip tile was opt-in, so accounts that already sync a
cardio-fitness sample from Withings, Apple Health, Fitbit, or Oura saw
nothing on the dashboard. Default the strip tile on; it still self-gates
on having a VO2_MAX sample, so empty accounts keep a clean tile strip.
The chart row stays off — VO2max charts live on /insights/cardio-fitness.
Invalidate the dashboard snapshot on measurement writes and refetch on focus so
fresh and background-synced readings surface without a hard reload; expose the
no-provider state on the briefing read with a connect-a-provider hint; align the
briefing footer caption.
A measurement added in-app left the dashboard hero, score ring and tile
strip showing yesterday's value until a hard reload. The snapshot query
carries refetch-on-mount/focus off and a 120 s poll, but the measurement
mutation bundle never invalidated the snapshot key, so an in-app create /
update / delete updated every other surface and left the Startseite stale.
Add the snapshot key to the measurement-dependent bundle, mirroring the
medication fix; the manual routes already hard-evict the server snapshot
bucket, so the triggered refetch returns post-write data at once.
Background syncs (Withings, Apple Health, iOS batch) fire no client
mutation event, so the keys were never invalidated and the dashboard only
caught up on the 120 s poll or a reload. Refetch the snapshot on window
focus so returning to the tab after a sync surfaces the new readings; the
60 s staleTime keeps rapid focus toggles free and the warm server cache
keeps the focus refetch cheap.
Set the compact list as the Labs surface default; tiles in the card view now
route through MedicationCardHeader so a lab tile reads identically to a
medication or Vorsorge tile side-by-side. Add alphabetical (A-Z / Z-A) sort
options to the per-module sort choice.
One-shot prettier pass so the new format:check gate starts from a clean
baseline. Formatting only — no behaviour change. Generator-owned and
vendored artifacts stay untouched via .prettierignore.
Centralise per-surface AI budgets and right-size status maxTokens; add
seed support (pinned for reference surfaces, seedless for the briefing);
force JSON on Ollama and Anthropic; reroll only the daily-briefing prose
once a day for variety while findings stay stable; reuse the corrective
retry on the comprehensive path; extract shared prompt contracts as one
source of truth for grounding, tone, and the GLP-1 safety rule; reserve
the coach budget atomically before the call and reconcile burned tokens;
turn the local-AI private-host flag into a host allowlist.
`ALLOW_LOCAL_AI_PRIVATE_HOSTS` was a binary flag that, when `true`,
opened every private/internal host at once — including the cloud
metadata endpoint and any internal panel. Replace the binary check at
all three sites (write-time validation, local client, test resolver)
with a shared `isLocalAiHostAllowed` helper: a comma-separated host list
permits only those exact hostnames, while the legacy `true` still
permits any private host for backward compatibility. The safeFetch /
isPublicUrl floor is untouched; the allowlist only widens what the
operator deliberately permits. Docs and the SSRF-pin inventory test are
updated accordingly.
The dev-only SHA-256 key padding was gated on the absence of a production
marker, so a staging or preview container with NODE_ENV unset silently
derived a weak key the operator never recorded — rotating to a real key
later orphaned those rows (decrypt is fail-closed). Gate the padding on an
explicit NODE_ENV of development or test; every other case, including unset
NODE_ENV, throws the same hard error as in production.
- add a wrench beside each module's add button linking to the module's own
settings page; rename every add button to a plain "hinzufügen"
- give each module a settings page: view (cards/list) + manual reorder; Labs
also gets a sort-order choice (by last reading) and biomarker CRUD/reorder
- collapse the Illness "abgeschlossen" list by default
- rebuild the Vorsorge card on the medication card's building blocks: a green
"Jetzt messen" action, the interval as a chip beside the name, and an
in-interval progress signal; drop the kebab "anpassen" and stray actions
- persist per-module view/order/sort client-side; add reverse-coverage-clean
strings across all six locales
The reference-range classifier assumed bands[0] was always the
normal/target band, so any metric whose first band is abnormal was
placed wrong: a healthy BMI 22 read as just outside the reference and
an underweight BMI 17 read as inside; pulse pressure had the same flaw
(Narrow is its first band). The same classifier drives the in-app
four-state explainer, so both surfaces were affected.
Mark the population-normal band explicitly with a `normal: true` flag
on every metric, add `normalBandIndex`, and place values by distance
from the marked band rather than from index 0. `headlineBandText` now
renders the marked band, so BMI grounds against 18.5-24.9 kg/m2.
Exclude daily steps from the Coach grounding: it is fed the intra-day
mean of the step rows, which averages a multi-row day down and can
misplace it below the 8,000 floor. Grounding it on a per-day sum is the
correct fix and is left as a follow-up; until then drop the line rather
than ship a wrong placement.
Extend the classifier and grounding tests for BMI 17/22/27, a pulse
pressure case, the normal-band-not-at-index-0 contract, and that steps
is not grounded.
Introduce src/lib/reference-ranges.ts: a structured, citation-backed
per-metric reference-range backbone (band + source body + year) with a
deterministic four-state placement helper, read by the UI surfaces. Each
band traces to the medical-citations registry, which gains the supporting
sources (ACC/AHA 2017 and ESC 2024 blood pressure, StatPearls pulse
pressure and mean arterial pressure, ESC/ESH 2018 pulse-wave velocity,
FDA 2024 and StatPearls pulse oximetry, J Gen Intern Med 2019 temperature,
RCP NEWS2 and American Lung Association respiratory rate, visceral-fat
imaging literature, AHA 2024 resting heart rate, ESC/NASPE 1996 HRV,
Wilcox 2000, ACOG 651, Phillips 2017 and CDC 2024 sleep).
Blood pressure keeps ESH 2023 as the labelled default; ACC/AHA 2017 and
ESC 2024 appear only as displayed placement context. Enrich the metric
explainers with concise cited reference bands and a general-guidance
tooltip on every metric page: a darker-skin pulse-oximeter over-read
caveat, device-proxy honesty for readiness/recovery/strain/stress, an
HRV day-to-day-noise note, and a resting-heart-rate clarification. Fill
the empty registry normal ranges, reconcile the steps green floor to
8,000, and tighten the body-temperature band below the fever line. Add
free pulse-pressure and mean-arterial-pressure context on the blood-
pressure detail page, plus cycle-physiology and sleep-hygiene copy across
all six locales. Cycle thresholds carry a verification marker pending an
ACOG source check.
Each reminder is now its own med-styled card reusing the medication card
primitives (MedicationCardHeader / MedicationNextLastSlot) on a neutral
surface with a single bottom-pinned action and a kebab carrying edit +
delete. The mark-done action branches on the linked measurement type:
- a free-text / self-planned exam keeps the silent satisfy ("Done");
- a measurement-linked reminder opens the real measurement-entry form
("Log value") pre-filled with its type, and on a successful write
satisfies the reminder in the same action (forward-only guard keeps
the cron a no-op).
The create/edit sheet gains a first-due date (anchorDate), a free
custom interval, and an RFC-5545 RRULE option, all already accepted by
the create/update schema. A wrench/customize affordance beside the page
Add button re-homes the per-reminder enable toggles moved off the card.
Vorsorge also joins the dashboard grid layout like medications: a new
chart-row summary card listing the next few due reminders with inline
done/capture buttons, default-off so existing dashboards are unchanged.
No migration and no API schema change; OpenAPI stays in sync.
An active illness/condition episode annotates, it never penalises: the
measured number is untouched, only the narrative changes.
- rest-mode.ts: one server-authoritative resolver (module-gated, fail-soft)
for "is the account in Rest Mode + which episodes back it". iOS mirrors the
resolved context, never recomputes the suppression.
- health-score: /api/analytics attaches a value-free Rest Mode annotation;
computeHealthScore stays pure (score never adjusted).
- recovery-score: computeRecoveryScore carries the Rest Mode context as of the
scored day; the persisted blend is unchanged.
- coach-nudge: pause cadence-nudges during an active episode (new
skippedDuringIllness counter, gate sits before the trigger search).
- achievements: bridgeFrozenStreakGaps freezes (does not break) every
day-streak across illness days; never invents a streak, a non-illness gap
still breaks.
- coincident-deviation: reframe a fired flag as illness-explained; vital
numbers untouched. Surfaced as a neutral line on the insights card.
- coach snapshot: illness history + active illness as load-bearing context so
the coach knows about Rest Mode (no decrypted note reaches the prompt).
- FHIR: illness episodes map to Condition (generic disease root, label on
code.text, patient-reported/unconfirmed) + a bounding Encounter.
- doctor-report: module-gated illness section in the aggregator + PDF table
(retrospective, neutral palette); FHIR Condition section in the bundle.
i18n x6 for the report + reframe copy. Tests: score-annotation-not-
penalisation, streak-freeze, coach-nudge pause, FHIR Condition/Encounter
mapping, doctor-report inclusion, Rest Mode resolver. typecheck/lint/test
green, openapi in sync, knip clean.
Surface actual workout sessions and a per-analyte lab trend in the doctor
report PDF + FHIR bundle (gated on their modules), carry the user's stored
conditions/allergies through to the report and FHIR Condition/AllergyIntolerance,
and round medication adherence to the app's integer convention so the PDF, FHIR
and in-app numbers agree.
The server already computes the clinical glucose panel (TIR / GMI / estimated
A1C / mean / CV%) by the one literature-locked engine the insights panel and
coach consume, but nothing surfaced it in the export. Render it as a dedicated
PDF table after the vitals section and emit it as FHIR Observations
(LOINC-coded where a term exists; CV% under a survey text-only concept). Both
gate on the panel carrying readings, which the aggregator already zeroes when
the glucose module is off — so a disabled module emits no glucose panel. The
spot-reading caveat rides along when the readings are sparse. Adds clinical
glucose-panel keys across all locales and PDF + FHIR tests.
The per-type avg/min/max blended every ingest source, so a metric carried
by two overlapping sources on the same day (WHOOP + Apple Watch resting
heart rate) averaged both readings while the dashboard and rollups already
collapse to the ladder-canonical source per day. Route the report's raw
measurements through the same picker the analytics aggregator uses
(pickCanonicalSourceRows, keyed by metricKeyForType + the user day key +
source-priority ladder) before grouping, so the PDF and FHIR numbers match
the dashboard. SLEEP_DURATION stays untouched — its per-stage rows are
resolved by the per-night reconstruction downstream. Adds a parity test.
The doctor-report PDF computed SLEEP_DURATION min/avg/max over the raw
per-stage rows (a 40-minute DEEP block, a 12-minute AWAKE block), so its
sleep figure was per-stage-row minutes while every other surface — the
dashboard slim slice, /insights/sleep, /api/sleep/night, the iOS feed —
shows the reconstructed per-night asleep total. The sleep-stamping work
rewrites exactly those raw rows, so the report could drift independently.
Route the report sleep value through the night reconstruction engine, the
same way the recovery score routes through the canonical recovery resolver
— one number, every surface. The user's source priority feeds the
reconstruction so the multi-source de-dup matches the dashboard.
Two additive measurement_type values for the Oura coverage completion:
- SLEEP_SCORE — the headline 0-100 sleep-quality score (unit score),
kept apart from the WHOOP sleep sub-scores so two vendors' headline
numbers never share a bucket.
- BODY_TEMPERATURE_DEVIATION — a signed nightly body-temperature offset
from the personal baseline (celsius). It is a deviation, not an
absolute reading, so it cannot share the body / skin / wrist
temperature buckets.
Migration 0165 extends the enum (additive, no backfill). Register both in
the validation enum, units, plausibility ranges, category overlay, list-UI
label/icon/colour maps, chart-token allowlist, and the PR-direction switch
(both resolve to no record direction). Both are descriptive signals, not
clinical vitals, so they stay out of the doctor-report PDF. Localise the
two list labels across all six locales and regenerate the OpenAPI contract.
Polar Nightly Recharge and Training Load Pro carry two native signals with
no existing home: the HRV-based autonomic-nervous-system charge (distinct
from the 1-6 recovery band that maps to RECOVERY_SCORE) and the device-native
cardio-load strain figure (distinct from WHOOP DAY_STRAIN and the COMPUTED
STRAIN_SCORE). Add both to the canonical enum (migration 0166) and wire them
through the validation enum, canonical units, plausibility ranges, category
cluster, chart-token allowlist, PR-direction resolver, and the measurement-
list label/icon/colour maps, with labels across all six locales. Both are
device-derived composites, so they read no PR direction and stay out of the
clinical vitals PDF, matching the WHOOP-native score classes.
Regenerate the OpenAPI contract for the two new enum members.
Pass the report's timezone into the canonical recovery resolution so the PDF
buckets a WHOOP-native row and its computed proxy onto the same physiological
night — the proxy is stamped the day that ended while WHOOP stamps the wake
morning — instead of a raw calendar day. Aligns the printed recovery summary
with the tile, the coach, and the companion feed.
Route the derived Sleep Score through the canonical night reconstruction
instead of its own UTC-day grouping, so a night logged by more than one
source is deduplicated to a single writer rather than summed. The score and
the readiness that folds it now read true per-night totals; multi-source
nights drop to their real figure. Emitted minutes and the night stage map
round to integers.
Resolve recovery to one canonical series — WHOOP-native when present, the
computed proxy as fallback — in the wellness reader, the doctor report, and
the coach snapshot, and stop presenting the proxy and the native score as two
numbers. A WHOOP-connected account's recovery now reads the native value on
the tile, the chart, and the printed report alike.
RECOVERY_SCORE is written by two sources for the same day: the WHOOP-native
percentage from the device sync and the COMPUTED proxy from the nightly
readiness job. The wellness reader hard-filtered to source COMPUTED, silently
dropping every ingested native row, and the doctor PDF blended both sources
into one min/avg/max. The COMPUTED proxy also equals the readiness blend
verbatim, so the Coach prompt carried the same number under both READINESS and
RECOVERY_SCORE.
Add resolveCanonicalRecovery: per day, keep the WHOOP row when present, else
the COMPUTED proxy. Drop the COMPUTED-only filter for RECOVERY in the wellness
reader and resolve to the canonical row; STRESS and STRAIN stay COMPUTED-only.
Resolve the doctor PDF wellness summary the same way so the report reads the
native value, not a proxy/native blend. Dedup the Coach snapshot: omit the
recovery line when it mirrors readiness (the no-native case), keep it when a
WHOOP-native value differs. Document the WHOOP-over-COMPUTED resolution on the
sync delta feed, which already mirrors each row with its source so the client
resolves one canonical series rather than charting two.
A WHOOP-connected user's recovery tile, chart, and PDF flip from the proxy to
the native value.
Glucose is stored canonical mg/dL but the series DTO, CSV export, and detail
page emitted raw mg/dL while FHIR already converted to the user preference.
Convert at serialization through the single convertGlucose helper:
- series route sets unit from the user's glucoseUnit and converts each point
- CSV export converts BLOOD_GLUCOSE rows and emits the unit in the unit column
- the detail page + stat strip honour the preference via the chart value scale
- declare the trailing-90-day window in the glucose median label across locales
mmol/L-preference users now see the blood-glucose page, stat strip, iOS series,
and CSV in mmol/L; mg/dL users are unchanged.
The doctor-report PDF and FHIR export tallied raw intake rows — taken when
takenAt was set, else skipped, else missed, with every row counting toward the
denominator. That double-counted cross-source duplicate rows (a reminder row
and an API row for the same slot both read as taken), ignored band timing (a
pre-window or ad-hoc take counted as a plain take, a pending row counted as a
miss regardless of the cutoff), and honoured no cadence, so off-week rolling or
cyclic days could enter the tally. A clinician comparing the printed adherence
% against the app's medication detail page could see two different numbers for
the same drug.
Route the report through the same dose-ledger compliance the detail page uses:
per scheduled medication, mint the cadence-aware bands over the report window
and tally taken / missed / skipped from the unified dose-history ledger, with
the denominator being taken + missed so the renderers' taken/total rate equals
the ledger rate. PRN / as-needed medications stay excluded. The compliance
assembly is extracted into a pure, unit-tested `buildLedgerCompliance` helper;
the medication query now loads the archived schedule eras and the report reads
the user timezone so past days attribute against the schedule that was live
then.
A PUT that omits sections (an iOS tiles-only reorder) reset the user's
section customization to defaults, and symmetrically a sections-only PUT
reset the stored tiles. serializeInsightsLayout now takes the resolved
stored layout and falls back to it — not to defaults — for whichever
dimension the body omits; the PUT handler loads the stored layout first.
A first-ever single-dimension PUT (no stored layout) still fills
defaults, so the v2 blob stays complete. Pins the merge behaviour with
three unit cases.
The hero band, dose tally, verdict and checklist all read one snapshot
query that neither refetches on mount nor on focus — and no mutation
ever invalidated its key, so a dose taken right there stayed visibly
due for up to the next two-minute poll. The snapshot key joins the
medication-dependent invalidation bundle; the intake routes already
hard-evict the server-side bucket, so the triggered refetch returns
post-write data immediately. (#316)
Marc-André Bombeck