- carry the ring's per-metric tint onto the score-anatomy detail card so
the tap-through reads as the same surface deepened, not a plain card
- pad the hero ring so its bloom is no longer clipped top/bottom
- lighten the detail card toward the bottom with a subtle theme-aware
gradient
- drop the "keine klinische Bewertung" footer line; the non-clinical
framing stays behind the provenance explainer, the composition rows stay
- move the info explainer from the card foot to the top-right corner at
heading height; popover/sheet behaviour unchanged
Add a dedicated version tile to the admin overview showing the running
version, short build SHA, and build timestamp, alongside a best-effort
'update available' hint computed against the latest GitHub release tag. The
hint reuses the existing /api/version/check-updates proxy (server-side
safeFetch past the CSP) so no new route or OpenAPI schema is introduced; the
check is day-stale and never blocks the render. Cookie-admin only by virtue of
the admin layout.
Shorten the period-narrative section title to 'Rückblick' (and the idiomatic
short equivalent per locale) — the same i18n key the customizable-overview
edit-mode labels read, so the rename flows through automatically.
Drop the redundant 300px min-height floor on the Trends cards. The chart slot
is a fixed 180px and the caption is clamped to three lines, so the floor
padded dead space below every caption that read as an oversized Trends to
Rückblick seam. The grid's auto-rows-fr plus the fixed chart slot already pin
the cards to a single baseline, so the seam now matches the uniform rhythm.
Invert the geo-resolution precedence so the online ipwho.is lookup is the
baseline that always works, with the MaxMind GeoLite2 MMDB tier as an
optional upgrade used only when its databases are present. A self-host with
no MAXMIND_LICENSE_KEY now resolves a city/country out of the box instead of
showing only a dash in the admin login overview.
Cache resolved locations per IP (positive + negative) for a bounded TTL so a
burst of audit events from the same client does not fan out one request each
to the provider. Trim the online timeout below the audit-log race window so a
slow-but-successful lookup still lands before the race resolves null.
Every surface that applied a resting-pulse target judged the raw PULSE
series against a resting band. Apple Health maps all heart-rate samples
— including workout HR — onto PULSE, and the resting figure onto a
separate RESTING_HEART_RATE type. A single workout emits hundreds of
expected-high samples, so the resting-target evaluation read a large
share "outside target" and tanked the in-target % / consistency even
when the clean resting series averaged a healthy figure.
Judge the resting band against a resting series. A shared helper prefers
RESTING_HEART_RATE; when the user has none it derives a proxy from the
low percentile of each day's PULSE samples, so a dense workout burst
sitting in the upper tail cannot drag the resting estimate up. Applied
to the resting-pulse tile + its consistency strip, the pulse in-target %
in the assessment snapshot, and the dashboard / sub-page classification.
Raw heart rate, where it is merely charted, no longer carries the
resting-band overlay. The doctor report is unchanged — it reports raw
heart-rate stats factually, with no resting-target judgment to mislead.
The BP pillar value equalled the binary all-time in-target rate: the
share of paired readings where both systolic and diastolic sat at or
below the age-band ceiling. A borderline stage-1 profile (diastolic a
few mmHg over the ceiling on most readings) collapsed the pillar to the
teens even though the reading is "a bit high", not catastrophic — and
improvement never surfaced because the rate is all-time and binary.
Replace the binary rate AS THE SCORE with a smooth clinical-proximity
grade. A recency-weighted representative reading (45-day half-life) is
mapped per axis onto a 0-100 curve anchored on the same age-band ceiling
the rest of the app uses — optimal ≈ 100, at the ceiling ≈ 85, then
piecewise-linear down through the over-target bands; hypotension is
penalised symmetrically below the clinical floors. The pillar takes the
worse of the two axes, so an elevated diastolic counts without
binary-zeroing the result. A 134/87 profile against a 129/79 ceiling now
reads in the mid-50s.
The in-target rate stays available as a secondary "X% of readings in
range" stat. The healthScore.components.bp shape is unchanged — only the
value moves.
- Layout PUT accepts version 1 as well as 2 (live iOS client still PUTs
version 1); the serializer normalises to the canonical v2 blob, so a v1
body never 422s. Mirrored in the OpenAPI schema + description; yaml regen.
- Add the Weight tile to the inline tile editor so it can be hidden /
reordered like every other Vitals grid tile.
- Replace the non-transitive Vitals tile-drag comparator with a pure,
total-order rebuild helper (reorder the Vitals subset, substitute it back
into the full list in original-order slots, densify).
- Gated-off section rows keep a disabled eye toggle in the same position
with the gate hint as a caption below the title, so the row never jumps.
- Cap the disclosed Vitals tile list height (max-h-[60vh] scroll,
overscroll-contain) so a tile drag does not fight the page scroll.
- Gate edit mode until the layout GET settles so a save can never flush
defaults over a real saved layout.
- Drop the duplicate top-right "Done" affordance: hide the customize toggle
while editing; the in-card Done / Reset own save and reset.
- Restore focus on enter (edit-card heading) and on close (customize toggle).
Tests: route regression for a version-1 PUT persisting a resolved v2 layout;
unit coverage for the new Vitals rebuild helper (order, non-Vitals stability,
per-tile visibility, no mutation).
Read the resolved insights layout on /insights and render the customizable
region from it. Sections render in saved order, hidden ones drop out, and
the Vitals grid honours the per-tile order + visibility. HeroStrip stays
anchored above the customizable region; every existing feature/data gate
(briefing flag, cycle-enabled, per-tile data) still applies on top, so the
default layout reproduces the prior page.
- useInsightsLayout() reads GET /api/insights/layout through the query-key
factory, defaulting to DEFAULT_INSIGHTS_LAYOUT while in flight.
- orderedVisibleSectionIds + resolveTileLayout: pure, unit-tested helpers.
- Widen DEFAULT_VISIBLE_TILE_IDS with the Vitals/Mobility grid tiles so a
fresh account keeps the tiles it shows today.
Add an additive, optional `sections` array to the persisted insights
layout alongside the existing per-metric `tiles`, with the same
merge/dedupe/dense-order semantics. v1 blobs resolve forward to a valid
v2 layout with every section default-visible; the iOS `tiles` contract is
unchanged and a PUT may omit either array (defaults fill in).
With Websockets Support enabled, NPM already injects the upgrade directives via its conditional connection-upgrade map and sets the standard forwarded headers by default. Re-declaring them in the Advanced block is redundant and the hardcoded Connection "upgrade" can break the proxy host. Keep only the HealthLog-specific 300s read timeout.
openssl rand -base64 24 can emit URI-reserved characters (/, +, =). Since POSTGRES_PASSWORD is interpolated unescaped into DATABASE_URL, such a password breaks the connection URL and blocks boot. Switch every documented example to openssl rand -hex 32 (URL-safe, 256-bit).
The Health Score weight pillar was gated on a derived weight target, and
the only target source is the BMI-22 fallback from the profile height. A
profile with no height yields a null target, so the pillar came back
empty ({value:null, weight:0, source:"none"}) however much weight data
the user had logged — the weight trend never factored into the score.
Decouple the pillar from requiring a target: when no target is derivable
but the series has at least two readings, score the bare weight trend on
its own. A flat trend anchors at 75 (maintenance is a solid result), a
decline lifts toward 100, and a sustained rise drops toward 25 — the one
direction that is broadly adverse independent of any individual goal. The
target-aware scoring is unchanged when a height is set. No fabricated
target: the trend is scored honestly, never against a pretend goal.
The series.length < 2 null guard stays — genuinely too little data still
returns null.
The card's next dose did not move on after a dose was logged: the server's
next-due and the open-cycle descriptor both picked the next slot purely by
clock time, ignoring whether that slot was already taken, skipped, or missed.
For a twice-daily med whose remaining slots today were all logged, the card
kept surfacing a present/past resolved slot instead of advancing to the next
genuinely-open one.
Skip resolved slots in both paths: computeNextDueAt and buildCurrentCycle now
walk occurrences forward and return the first slot no intake has resolved
(taken / skipped / auto-missed), so a med whose slots today are all logged
advances to tomorrow's first open slot. The list and detail routes read the
acted-on slots near now and thread them in; both walks are bounded so a
logged-ahead history cannot spin. The card's compliance/next-dose queries
already ride the ["medications"] invalidation prefix, so logging a dose
refreshes the card promptly once the server value advances.
The dose-to-slot pairing matched a logged intake against the slot's window
*centre*. For a wide intraday window (a twice-daily 07:00–19:00 med spans 12h,
so its 07:00 slot centres at 13:00 and its 19:00 slot at 01:00 the next day)
the centre sits between the real dose times, so an off-time take paired to the
wrong slot: a morning dose logged late could land on the evening slot, a
deliberate user-skip could read as taken, and a late evening take could read
as missed — distorting the compliance rate for an irregular twice-daily taker.
The intake write path already snaps each dose's scheduledFor to its canonical
slot instant, which identifies the slot unambiguously. Add an exact-anchor
pass that claims the slot whose windowStart matches the intake's scheduledFor
(±1 min) before the proximity fallback. Rows that don't line up on a slot
instant (legacy un-snapped data, sparse off-day takes) keep the existing
proximity match, so every prior cadence fixture is byte-stable.
A next-dose / status line whose window start equals its end rendered a
degenerate range — "07:00 bis 07:00 Uhr" (DE) / "07:00 – 07:00" (EN) — for a
single target time or a zero-span window. Reserve the "bis" / "–" separator
for a genuine range and render one time when start == end (the DE branch
keeps its "Uhr" suffix on the single time).
Render the user's profile photo in the mobile header user button when
one is set, falling back to the initials avatar otherwise — matching
the sidebar user section. Also surface the admin-console link in the
header user menu for admins, mirroring the desktop sidebar entry.
With no stored preference the app now resolves to dark instead of
tracking the OS. An explicit choice still wins: light/dark persist as
before, and "system" is now persisted verbatim rather than as a
cleared key, so an explicit OS-tracking choice stays distinguishable
from a never-chosen state and survives a reload. The first-paint
bootstrap script mirrors the same resolution so a fresh visitor sees
no flash to light.
Shorten the notification-area label and inbox title from the longer
"Notification Center" form to plain "Notifications" across all six
locales (nav entry, page title, breadcrumb). Refresh the stale inbox
references in the settings-shell and sections tests.
- Cycle ring: the fixed 120 px shrink-0 ring overflowed grid cells on
360 px Android widths. It now caps at its target size but is free to
shrink to fill its cell, so it never pushes the page wider than the
viewport.
- Cycle tab strip: the four long German labels overflowed the equal-width
flex-1 cells and forced a horizontal scroll at 375 px. Below sm the
triggers size to their content (text-xs, no flex-1) and scroll cleanly;
from sm up they reclaim the equal-width layout.
- Calendar day cells: bump the 40 px min-height to 44 px to clear the
mobile tap-target floor.
- Add a Pixel-5 spec asserting no horizontal scroll on /insights and
/cycle plus the calendar tap-target floor.
The cycle view also now feeds the profile's typical lengths into the
wheel so a low-data tracker gets the canonical four-phase ring.
When only a few cycle days are logged, the labelled forward run was short
enough that normalising it filled the whole ring with a single phase. For
a tracker below seven labelled days, derive the four-phase proportions
from the profile's typical lengths instead (period / luteal / cycle
length, textbook 28/5/14 defaults), so the dial shows the familiar
MENSTRUAL/FOLLICULAR/OVULATORY/LUTEAL arcs. The current phase and the
day-of-cycle marker stay driven by the observed labels.
The ring tile reads the shared, 5-min-cached cycle profile to source the
typical lengths (no extra request). Well-populated cycles keep the
observed-share spans unchanged.
The overview is a vertical stack on a single space-y-6 rhythm, but two
seams read wrong: Trends to period-in-review felt too wide while the
cycle summary to signals-of-the-day seam had no gap at all. The missing
gap traced to the cycle-summary card wrapping itself in a display:contents
box, which collapsed its margin so space-y skipped it.
- Give the cycle summary a real section wrapper (heading above the card,
matching every other section) so the inter-section margin applies.
- Document space-y-6 as the single gap, top to bottom; every section is
a real section or renders null, never a contents wrapper that strands
a phantom margin.
Every overview section now leads with a single SectionHeading above its
card: a Lucide icon in the foreground colour and an h2 title at one size
and weight. Previously the overview mixed four heading dialects — a
purple Sparkles glyph on the briefing, no icon on Trends, a white-icon
tile header on the score and vitals strips, and in-card titles buried
inside the period-in-review, cycle-summary and signals cards.
- Add SectionHeading (icon + title + optional trailing action).
- Briefing: purple icon to white; heading moves through SectionHeading.
- Trends: add a TrendingUp icon (was icon-less); subtitle becomes the
trailing action.
- Health scores + vitals: migrate the section headers off TileHeader.
- Period in review, signals of the day, device notifications: lift the
in-card title out to a heading above the card.
- Signals card min-height drops to match its slimmer body now that the
title row left the card.
Remove the per-row dose count (the '· 12 / 12' caption) from the
compliance bars — the percentage, bar and window-days label remain. The
auto-miss engine now makes the two windows' percentages genuinely
diverge, so the counts no longer earn the row noise; the engine still
carries the counts on the wire for other consumers.
Remove the injection-site display from the overview card, including the
last-injection-site shown on the last-intake line. Site tracking and
logging are unchanged elsewhere (the post-dose picker, the detail
history); only the card surface drops it.
Extract a single MedicationCardBody that owns the entire card shell,
header, status line, next/last slot, compliance bars, cycle line and
action row. Both the generic and the GLP-1 card render it and pass only
the value content of their next/last lines, so structure, section order,
spacing tokens and labels are identical by construction and cannot drift
again. This also pins the two cards to the same CardContent spacing
(flex h-full flex-col space-y-3.5) and the same mt-auto action wrapper,
removing the bottom-spacing mismatch between the two cards.
Drive the card's state from the new dose status: highlight the card green
when the dose is in its take-window, and show a top status line that
escalates from 'overdue' to 'very overdue' as a dose passes its miss
cutoff. Upcoming and taken states stay calm.
Derive a single DoseStatus for the open cycle in buildComplianceDisplay
and surface it as complianceDisplay.currentDose, so the medication card
renders its take-window / overdue presentation from one server authority
instead of re-spelling the window math client-side. Add the field to the
OpenAPI ComplianceDisplay schema and regenerate the spec.
The dashboard compliance tile set scheduled = COUNT(*) of logged intake
rows, so its rate (taken / scheduled) sat at ~100% across every window
regardless of real adherence — every logged row was both numerator and
denominator, and the 7/30/90 windows never diverged.
Anchor scheduled to the canonical recurrence engine's expected-dose count
per day, summed across active medications, so days the schedule expected a
dose the user missed pull the rate down and the windows genuinely diverge
with partial adherence. taken is capped per day at the expected count so a
duplicate log can't push a day above 100%. The response shape stays
{date, scheduled, taken} for the existing chart consumer.
Regenerate the OpenAPI contract for the new expected/missed count fields.
Thread the auto_missed flag through the cadence timeline so a forgotten
dose pairs to a missed slot (against the rate) rather than a neutral skip;
a deliberate user skip stays excluded. This unifies the skip semantics
across every compliance surface: user skip = excluded, forgotten = missed.
Add a per-dose grace/miss window model the card will render:
deriveDoseStatus derives on_time_window / overdue / missed / taken_on_time
/ taken_late / skipped / upcoming from the target instant, cadence family,
and now. Daily/intraday uses minute-scale windows (on-time +/-60min,
overdue to +240min, capped at the next dose); weekly/rolling uses the
clinical 4-day rule (on-time +/-1 day, overdue to +4 days). Defaults are
centralised named constants for later per-medication configurability.
Surface taken / expected / missed counts on each compliance-display row so
the card can show the trustworthy 'taken / expected . rate%' triple, and
pin a single now through the per-medication compliance route so the two
windows can't straddle a day boundary on a slow request.
A never-acted dose past its 24h cutoff was flipped to skipped=true by the
hourly cron. The compliance engine excludes skipped doses from the
denominator (a deliberate user pause), so a forgotten dose then counted
neither as taken nor missed — silently inflating adherence.
Add a dedicated auto_missed terminal state. The cron now sets auto_missed
(not skipped) on a never-acted pending row, so the engine counts it as a
real miss against the rate, while a user-initiated skip stays excluded.
The two are mutually exclusive on a live row by construction.
The hand-rolled multipart parser consumed the opening boundary marker and
then inspected the next two bytes inline to classify the suffix ("\r\n" for
another part, "--" for the closing boundary). When a stream chunk ended
exactly on that marker, fewer than two bytes were left in the buffer, so the
branch returned while still in the "preamble" state. The next read re-entered
preamble, searched for the marker again — which was already consumed — and
treated the part headers and the entire file body as preamble to discard,
matching only at the closing boundary. The captured file landed on disk
truncated or empty.
A tiny single-chunk upload never tripped it; a multi-megabyte binary arrives
in hundreds of chunks, so a chunk boundary routinely fell in the dead window
and the saved file came up short. The Apple Health export ingest then failed
its ZIP read with "Could not locate ZIP End-Of-Central-Directory record".
Add a dedicated "after-boundary" parser state that buffers until the two-byte
suffix is present instead of falling back to a marker search, route the
post-body separator through the same state, guard the epilogue state against
the body scanner, and tolerate RFC 2046 transport padding after the marker.
The preamble retain window now keeps boundaryMarker.length - 1 bytes so a
marker split across chunks can still complete. Streaming and the size cap are
unchanged — no part of the upload is buffered whole.
Cover the regression with byte-exact round-trip tests over adversarial
chunkings (1/3/7-byte feeds, chunks ending on the marker and inside the
separator, every single and adjacent split offset) plus an end-to-end check
that a streamed export.zip stays a parseable archive.
Two identical compliance percentages with no context read as a stuck
display, even when the math is correct (a rolling weekly med on cadence is
~100% on every window by construction; a daily med with full adherence
rounds to ~100% on both 7d and 30d). Render the taken-of-expected count
after each rate (e.g. 100% with 4 / 4 and 100% with 52 / 52) so the two rows
stay distinguishable and trustworthy. Falls back to the bare expected count
when only the denominator is on the wire, and to nothing when neither count
is available.
Thread a per-window taken count onto ComplianceDisplay (short.taken /
long.taken) alongside the existing expectedShort / expectedLong, wire both
through to the shared bars component, and regen the OpenAPI schema.
Add unit tests asserting the windows do not structurally collapse to one
value: a daily med with misses outside the 7-day window scores 7d above 30d,
and a rolling weekly med with a partial-adherence history yields a short rate
above the long rate. Add card-part tests for the count / fallback / no-count
render branches.
The GLP-1 card overrode the shared next/last slot with appointment-phrased
labels (Next / Last, "Nächster Termin" / "Letzter Termin") while the generic
card used Next intake / Last intake. Drop the override so both cards name the
concept identically; the GLP-1 relative-day value phrasing (in N days / today)
is unchanged. Remove the now-dead label override props from the shared slot
and the orphaned glp1NextLabel / glp1LastLabel strings from all locales.
The v1.8.2 slot-collapse cases mint a 07:00 pending slot and replay a
taken-write onto it, but a taken-write must never snap onto a future
slot — so the cases failed whenever the suite ran before 07:00 local.
Pin Date (only) to today's local noon for those cases and give the
shared test session a long expiry so it survives the time jump.
Add docs/integrations/data-import.md covering the Apple Health
export.zip path, the generic JSON import schema with the full
MeasurementType enum and canonical units, a worked example, and a
CSV-to-JSON conversion how-to. Fix the Apple Health doc to point at
Settings -> Export & Import instead of a non-existent import page. Extend
the export e2e spec with the import surfaces and the example-download
happy path.
Relabel the Export section to Export & Import (heading + description,
all six locales; slug unchanged so existing links keep working) and
mount the import area in it. Add a cycle export tile that reuses the
health-record FHIR export with the reproductive section opted in, gated
on cycle tracking being enabled so a non-cycle account never sees it.
Compress the health-record export hero — format and date range share a
row, the practice-name field tightens, and the FHIR note rides the
footer with the generate action — so the card opens denser without
losing any controls. Add the import + cycle i18n keys across all
locales.
The Apple Health export.zip and generic JSON import routes shipped
without a web surface (issue #281). Add an import area with two
controls: an Apple Health export.zip drop / picker that streams the
upload and polls the job status to completion, and a generic JSON
control that takes a pasted body or an uploaded .json file, validates it
client-side, and reports the imported / skipped counts. A Download
example button mints a valid example payload as a Blob. Both controls
surface rate-limit and error states and announce progress via aria-live.
Adds the importJobStatus query key to the factory.
Marc-André Bombeck