With several trips running at once, the widgets took whichever came first
on the device, so an old test trip spanning today pushed out the journey
under way, and the today widget counted its days. The dashboard's choice
moves to utils/heroTrip.ts (running first, earliest start, else the next to
come) and the widgets ask the same function, so the home screen always
shows the trip the app opens on.
- RTL: the measured pills and centred controls use logical forms or a marked line
- i18n: the two native widget numbers are positions, not counts (NOT_PLURAL)
- Types: styleOverride on the lazy GL map, the location and shared-file payloads,
the capabilities fallback, the transport sheet's stay metadata
- ESLint: latest-value refs move to layout effects, usePresence keeps the last
open state in state, the booking import opens clean with a shared document
kept in the list (the reset effect used to clear it again)
- Layers: the phone import sheet lives under mobile/ and reads through tripRepo;
the offline host check moves to utils/tileUrl
- Sizes: plugin layer geometry, hardNavigate and the exit animations get
modules of their own
- Tests follow the status radios, the stay chip overview, the dock + button
for the first list and the field token; store registry lists the new stores
The previous commit carried, by mistake, shorter page transitions and a
route preloader that was never wired up. Both go back to how they were;
the warm-up and day rail fixes stay.
The iOS app pulls every file of a build into WebKit's cache so it can start
offline. It did so four at a time at normal priority, for all 1,900 files of
every new build including all 27 translations, and a page opened meanwhile
queued behind it: right after a server update, a first visit to Vacay took
five to seven seconds. The warm-up now runs two at a time at low priority,
takes only the user's language and English, and walks a build once.
The day rail in the trip header lit the new day only after the pager's snap
had landed and the plan had re-rendered, a second or two after the swipe.
The pager now reports the day a swipe heads for as soon as its page is the
nearer one, and the rail and its pill move with the finger; the plan still
switches when the snap lands.
* chore(capacitor): base files for capacitor
* chore(capacitor): base plugins
* feat(auth): hand a browser sign-in over to the native app
The native apps show the server's own UI in a WebView, where neither SSO nor
passkeys can run. They sign in through the system browser instead and need a
way to carry that session back.
The app keeps a random verifier and sends only its sha256 into the browser.
Once signed in there, the browser trades that challenge for a one-time code
(cookie session only, so an API or MCP token cannot mint itself a browser
session), and the WebView redeems the code together with the verifier. The
code rides through a URL scheme any app could claim, so on its own it is
worthless; it is single use and good for a minute.
Also: /api/health/features reports nativeApp so the apps can refuse servers
that predate this, and hashed files under assets/ are served immutable,
which the iOS app needs to start offline without a service worker.
* feat(native): the apps load the server's own UI
The apps ship only an address screen now. Once a server is picked, the
native side points the WebView at it: TrekBridgeViewController on iOS and a
config copy with server.url on Android. The UI then comes from that server,
in the version it runs and on its own origin, so the session cookie,
uploads, /ws and plugins work exactly as in a browser and no app release
has to keep pace with the servers out there.
The address screen (native-shell/, built into native-dist/) probes
/api/health/features through native HTTP, tries https before http when no
scheme was typed, and refuses servers without the nativeApp flag. It also
serves as the error page when the remembered server does not load: retry,
change server, or on iOS the stored copy of the server's start page.
TrekShell is the app's own plugin for all of that: remember, change and
reload the server, sign in through ASWebAuthenticationSession or a Custom
Tab, and on iOS keep and open the offline copy of the start page, because
WKWebView runs no service worker for a domain the app does not list.
Plugins the frame does not use are gone (push, camera, geolocation,
calendar, file transfer, in-app browser and more): the WebView covers the
camera and location itself, and push needs a relay before it is worth
shipping. With them go the push entitlement, the calendar usage strings
and the Firebase bits. The iOS scheme falls back to capacitor://, since
Capacitor drops an iosScheme of https, and the arm64 capability replaces
armv7.
* feat(native): the UI knows when it runs inside the app
Everything the server's UI does differently inside the iOS and Android app
lives under src/native and is inert in a browser.
Sign-in: SSO and the passkey button go through the system browser
(signInThroughBrowser), because identity providers refuse embedded
browsers and WebAuthn needs a domain association no build can have for
every server. The browser end is the new /native-handoff page: it signs
the user in if needed and hands the session over only after an explicit
tap, so a link carrying somebody else's challenge cannot pass a session
on silently. The verifier is hashed with @noble/hashes because
crypto.subtle is missing on the plain-http servers many home networks
use. An OIDC-only install no longer bounces to the IdP inside the
WebView, and passkey management is hidden in the app.
Downloads: the WebView cannot save a blob, so downloadBlob, downloadFile
and openFile write to the app cache and open the share sheet. The eight
places that built their own download anchor now use downloadBlob, which
they should have anyway.
The rest: "Change server" on the login page and in the account settings,
the splash hides after the first frame, Android's back button walks
history before it leaves the app, the status bar follows the scheme, and
on iOS the start page is refreshed and every chunk of the build (listed
in the new asset-manifest.json) is pulled into WebKit's cache so the app
can start without network.
* ci(native): build the Android and iOS shells on every change to them
Compiles the Swift side on a macOS runner so nobody needs a Mac to know it
still builds, and leaves a debug APK on every run to install on a phone.
Unsigned: signing and store uploads need secrets fork PRs do not get.
* feat(native): offline vector maps in the iOS app
In a browser the service worker answers MapLibre from the gl-map-offline
cache that glPrefetcher fills for trips marked for offline. The iOS app has
no service worker, so nothing read that cache there and the map went blank
without network.
A trek-offline:// protocol takes the service worker's place. Inside the iOS
app the MapLibre style URL is rewritten to it, the handler rewrites every
https URL inside the style and its TileJSON the same way, and then serves
documents network first and tiles, glyphs and sprites cache first. Outside
the iOS app nothing changes. The default OpenFreeMap basemap is covered;
Mapbox GL has no protocol hook and stays online-only in the app, as does a
custom raster template, whose opaque responses only a service worker can
store.
* fix(native): keep the iOS offline copy inside the app
loadSimulatedRequest went to the server URL without its trailing slash, and
Capacitor keeps a navigation in the WebView only when it starts with the
bridge's serverURL, slash included. The offline start page would have
opened in Safari instead. Also covers the platform helpers and the
hand-off API module.
* feat(native): the small things that give a WebView away
- A short haptic tap on success, warning and error toasts, which is where
every save and delete already reports. Info toasts stay silent.
- No "‹ › Done" strip above the iOS keyboard.
- No Safari preview when a link is long-pressed.
- The swipe from the left edge goes back on iOS, through the same history
Android's back button walks.
* test(mobile): the backup-code download revokes its URL after the shared delay
The mobile twin of the AccountTab test still expected the object URL to be
revoked in the same tick. Since both screens download through downloadBlob,
the revoke happens after its 100 ms grace period.
* fix(native): remember the login by default inside the app
With the switch off the app got a session cookie, which dies with the app
process, so every time the phone unloaded TREK the user had to sign in
again. Found while running the Android build in the emulator.
* fix(native): no overscroll stretch on Android
The UI asks for no overscroll effect with overscroll-behavior: none on html,
and Chrome honours it. The Android WebView draws the stretch on its root
scroller natively, though, and it scales the whole view, so the top bar and
the bottom dock were pulled along with the page. Found in the emulator.
* fix(native): Android shows "server not reachable" instead of a blank page
Capacitor injects its bridge on Android only into the server's origin once
server.url is set, so the local error page it switches to when the server
does not load had no bridge. It could neither retry nor change the server
and stayed blank.
TrekWebViewClient now catches a failed page load (a network error, or a 5xx
from a proxy while TREK restarts) and the app starts over on the bundled
address screen, where the bridge is present and the screen offers exactly
those two choices. The server config no longer carries errorPath.
Two traps on the way, both found in the emulator: a restart during launch
has to be a fresh task, since recreate() leaves the system splash lying over
the new page; and a restart shows no launch splash at all, because the
splash plugin cannot take it down again when the page hides it early.
* feat(native): TREK's own app icon and launch screen, named just TREK
The shells still carried Capacitor's placeholder icon and splash, the blue
X on a grid. They now show the white TREK mark on a dark, slightly glassy
tile: a soft light from the top left and a sheen over the upper half, in
the app's launch colour #09090b. Android 12+ draws its launch screen on the
same colour instead of light grey.
scripts/generate-app-icons.mjs renders the sources into assets/ from
public/icons/icon-white.svg, and `npm run icons:app` turns them into every
size both platforms ask for through @capacitor/assets. The Android
foreground mark is sized for the adaptive icon's round mask.
The home screen label is TREK: the old "TREK - Plan your trips!" was cut
off under the icon, and the longer title belongs to the store listings.
* fix(native): new lint warnings and the MapLibre protocol type after the dev merge
Awaits that sat in loops in the native-auth tests run together, the hand-off hook marks its navigations as ignored, the native tests drop their non-null assertions, and the offline protocol answers with the data type MapLibre 6.15 expects.
* fix(native): strict types in the address screen, Prettier on the native-auth e2e suite, file-local exports
The address screen's element helper returns the plain element instead of Object.assign's intersection, which strict mode could not represent; the haptics test reads an optional argument as optional; three exports only their own file used are local now.
* fix(native): Prettier on the native client files, rate-limit e2e requests in sequence
Formats the files the client formatting gate listed, and NATIVE-E2E-005 sends its twenty exchange attempts one after another: all at once they reset the test server's connections.
* fix(native): hide passkeys in the app through usePasskeys
The flag in useAccountSettings grew the identical destructuring in both account views past the duplication threshold; the shared passkeys hook already decides when its card is hidden, so the app check lives there now.
* feat(native): everything the App Store and Google Play submissions need
- iOS: microphone usage text for "Take Video", no-export-compliance flag,
ExportOptions.plist for App Store Connect uploads, the unused push
forwarders gone; CI builds with Xcode 26 and lints the property lists.
- Android: version and signing from Gradle properties (unsigned without
them), R8 with keep rules for TREK's and Capacitor's reflective classes,
no Auto Backup of the session cookie, no external file provider path,
template and Firebase leftovers removed, keystores and service accounts
ignored, full-size adaptive icon layers with a monochrome layer; CI also
builds the release APK.
- native-release.yml: signed bundle to a Play testing track and archive to
TestFlight, by hand or on a v* tag, behind the store environment.
- Version handshake: the server reports nativeApi 1, the app refuses a
server below its minimum and tolerates an app older than the offline copy.
- Address screen: privacy policy link, "Try the demo" and "What is a TREK
server?"; the privacy link also in the app's server settings. Three new
native strings in all 27 locales.
- Donation links and the notices asking for one are hidden in the app.
- Store listings for "TREK Travel Planner" in client/fastlane: texts, review
notes with placeholders, privacy and account deletion page drafts, the
feature graphic and icon, a length and image check in CI, and a Playwright
store project with the scripts that turn its captures into screenshots.
- Docs: wiki/Native-Apps.md, README no longer says there is no store app.
* fix(native): read a notice button's href without a weak type
An action button carries no href, so a parameter typed as only an optional href refused the notice DTO; the button type now names its kind as well.
* feat(native): a welcoming onboarding for the address screen
The app's own screen now opens on a welcome: the TREK mark, a line about what
TREK is, and two clear paths — connect the TREK you already open in the browser,
or get TREK Cloud. Both lead to polished screens: the address field with live
validation, a shake and haptic on a bad address and a success tick before the
server takes over; and a TREK Cloud intro with what it offers and a way in.
Screens slide and stagger in, buttons give a tap, and it all respects the safe
areas, light and dark, and reduced motion. Self-hosters are unaffected: cloud is
its own path, never in the way. New native strings are added across all locales
(English placeholders outside en/de, to translate).
* feat(native): a plan picker for TREK Cloud, with live prices
The Get TREK Cloud path now leads to a plan picker that reads the live plans
from the site (/api/plans), so the prices and quotas always match the website.
Monthly and yearly in a segmented toggle, the year marked with its saving, each
plan a card with its price and what it includes. Subscribe is wired to finish on
the web order for now; it becomes an Apple/Google in-app purchase once the store
products exist. New strings across all locales (en and de translated).
* feat(native): light status bar and a Go key on the address screen
The address screen sits on the near-black surface, so set the status bar to draw
its clock and icons in light while it is up; the server's own UI takes over the
style once it loads. The address field's on-screen return key now reads Go. Both
fail quietly where there is no native status bar (web, the simulator).
* i18n(native): translate the onboarding into es, fr, it, nl and pl
The welcome, TREK Cloud and plan-picker strings were English placeholders in
every locale but en and de. The five largest remaining European languages are
now translated in full; the others still carry the English text and are a
follow-up for native speakers.
* feat(native): the in-app TREK Cloud subscription flow
After picking a plan, the app now carries the whole purchase itself when the build
can take one: choose your address (checked for free as you type, against the same
endpoint the website uses), your email, and subscribe. The receipt goes to
/api/iap/redeem, and a Setting up your TREK screen waits on the new address and
loads it the moment it answers.
The purchase sits behind an IapClient seam (src/native/iap.ts): a fake drives the
whole flow in development and preview, the native client reports itself
unavailable until the store plugin and products exist, and until then the plan
picker still finishes on the web, so nothing half-wired faces a customer. New
claim and provisioning strings across all locales (en, de and the five largest
European languages translated).
* i18n(native): translate the app into the remaining 20 languages
The onboarding, plan picker, claim and provisioning strings were English
placeholders outside en, de and the five largest European languages. They are
now translated in full across the other 20 locales (ar, az, br, ca, cs, et, gr,
hu, id, ja, ko, ru, sk, sv, th, tr, uk, vi, zh, zh-TW), placeholders and brand
kept. The app now speaks every language TREK does.
* fix(i18n): add the Hebrew native strings, and correct the LoginPage size baseline
The he locale had every domain but native.ts, which broke i18n parity, the shared
coverage specs and the client parity test once the native strings existed. Add
he/native.ts with all native keys translated. Also correct the LoginPage size
baseline to its current line count.
* i18n(native): excuse the TREK Cloud brand, mark Email same-as-en, exempt the quota counts
The strict i18n checks, which the feature-branch CI does not run, catch three
things now that the native strings exist in every locale: TREK Cloud read as an
untranslated English phrase (it is a product name, like Vacay and Atlas, so add
it to the brand list); Email left identical in Italian, Indonesian and
Vietnamese, where it is the local word too (mark same-as-en) and in Greek (give
it a Greek term); and the GB and AI-document quota strings carrying {n} without
being plural groups (both are figures that never show a singular, like the other
unit-symbol counts in NOT_PLURAL).
* fix(native): typecheck, lint and knip on the native code; wire he's native bundle
The full suite, which the feature-branch CI does not run, catches four things the
native work still had: a non-narrowed union in the claim flow (tsc), a helper
named useFake that the react-hooks rule read as a hook (eslint), two iap types
exported but used only inside the file (knip), and the Hebrew native strings
present as a file but never spread into he's merged bundle (the aggregated key
parity test). All four fixed.
* fix(native): a flat redeem result, so the claim flow typechecks
The discriminated union did not narrow under the native-shell tsconfig, so the
failure code read as absent on the whole type. Use a flat result with optional
instanceUrl and code instead: both are always present on the type, no narrowing
needed, and the ok plus instanceUrl guard still routes success from refusal.
* style: prettier-format the native and i18n changes
The feature-branch CI does not run the formatting check, so the conflict-resolved
files (AboutTab, useAccountSettings, useTripExport), the native shell and iap
module, and the i18n files touched by the translation scripts were never run
through Prettier. Format them all; no behaviour changes.
* chore(native): re-trigger CI on the formatted tree
---------
Co-authored-by: Maurice <mauriceboe@icloud.com>
The bringers list moves next to the other bringer helpers so the card file
exports components only, three tests read without non-null assertions or
any, and three files take the formatting their checks expect.
Road trip day tiles still wrote numeric dates from the clock setting and
dates in the medium style kept the language's numbers. A poll deadline
whose time was cleared was read as UTC midnight.
The zoned flights traded clock times among themselves while stops kept
theirs, so a dinner timed after a flight landed could be drawn before it.
A timed stop near one of the day's zoned endpoints now joins the swap in
that endpoint's zone.
A booking dropped against another booking's time went back to the nearest
slot its own time allowed. With a 06:30 flight listed below the day's
untimed stops, every slot among them was against the flight, so a 13:00
transit dropped between two stops went back behind the flight on every
drop, and the flight's legs cannot be dragged out of the way.
The dropped row now stays where it was dropped and the other timed
bookings it puts out of order move next to it, the earlier ones ahead of
it and the later ones behind. Timed stops and notes never move: against
one of those the row is still seated by its time as before (#2631). The
phone's move applies the same rule before it refuses a move.
Closes#2983
Moves the Leaflet map's event bridges (click, context menu, viewport, POI drop
and the longitude-frame follower) out of MapView into leafletMapBridges, and
shares one POI drop target between the Leaflet and GL maps, so both map files
shrink instead of growing. The repair migration does its arithmetic in one
UPDATE per table, and the new tests drop their non-null assertions and loops.
A right-click, click or drag on a repeated world copy reported the longitude it
has on that copy (274.9 for -85.1). The place was saved there, the geocoder
found nothing, and a route to a place on the real world ran across the whole
map (#2976). Longitudes are now brought back onto [-180, 180] where the map
hands them out (Leaflet and GL), where they are stored (places, booking
endpoints, collection places, so REST, MCP, plugin RPC and importers alike)
and before reverse geocoding. A migration moves the ones already stored.
Leaflet draws a layer at its literal longitude only, so a trip from Los
Angeles to Auckland had its pins at opposite ends of the world while the
flight ran off the edge to the next copy (#2975). A trip that crosses the
antimeridian is now drawn in one longitude frame, seamed in the widest
stretch it leaves empty, so pins, routes, flights and every overlay lie on
one copy and the map opens across the Pacific. Every other trip has no frame
and draws exactly as before. The GL day fit also takes the short way.
A new install now starts with Journey and Collections switched on, next to
the trip addons (all but Road trip), Atlas, Vacay and the Naver import that
already were. Existing installs keep their addons as they are.
Closes#2975Closes#2976
Every date in TREK was written in the interface language's format, and
English is en-US, so an English interface always showed and read
mm/dd/yyyy with no way to change it. A few native date inputs followed
the browser instead, so one screen could mix two formats.
date_format is now a user setting with an admin default, next to the
time format: automatic (the language's format, as before), YYYY-MM-DD,
YYYY/MM/DD, DD.MM.YYYY, DD/MM/YYYY or MM/DD/YYYY. The date picker shows,
pre-fills, hints and reads typed dates in it, and every date written in
numbers across the app (lists, cards, admin panels, CSV and PDF exports)
goes through one formatter. Dates written with a month name keep the
language's wording. The remaining native date inputs are the shared
picker now. The display settings MCP tool reads and writes the key.
Closes#2971
An iPhone or iPad running TREK from the Home Screen ignores print(), in
the page and in an iframe alike, so "Save as PDF" in the preview did
nothing there. Mobile Safari prints the same preview fine.
In the installed iOS app the preview now shows "Open in Safari" in
place of the dead button, with a line saying why. The link opens the
trip with ?export=pdf, and both shells open their export dialog or
sheet for it, so the PDF is one tap away once Safari is up. The
parameter is dropped once read and survives the login redirect.
Everywhere else the preview prints as before.
The preview overlay moves out of TripPDF.tsx into pdfPreview.ts, which
TripPDF had no room left for under lint:size, and its backdrop and
stacking now use the --overlay and --z-modal tokens.
With "date first in day headings" a long day title squeezed the date in
the day list to "Th…" (#2920); the name now gives way and the date stays
whole. The day panel and the mobile day sheet kept the rename pencil on
the heading, which then is the date, and the input replaced it (#2921);
pencil and input now go with the title line under the date.
The checks behind a drag and the up/down buttons read each booking's raw
clock, so on a day whose flights were put in the order they happen every
move of a timed stop asked to change its time (desktop) or was refused
(mobile). They now read the same key the day is ordered by.
A booking's time is local to its own airport, so a flight leaving
Auckland at 20:20 and landing in Los Angeles at 12:25 the same date
was drawn below the 17:00 flight on from Los Angeles. Bookings whose
dated time has a known zone now take their clock slots in real order.
The overview of a trip's tours decides for itself when it shows, which keeps the planner page hook inside its complexity and length limits, and adds nothing to the camera's key while there is no tour to frame. The elevation helper names its empty case for the strict type check, the self-host wording exemption for the retired Dawarich card goes, the day plan test reads the wrapping pills, and the new tests drop their non-null assertions and loops.
Ascent and descent were the raw sum of every height difference, so a flat walk across Venice (highest point 16 m) read 121 m of climbing. Heights now count once they move 5 m from the last one that counted; the server's stored figures and the planner's live analysis share the one function.
The map framed its first view for the browser window instead of its own box and then skipped the fit, so a list of cafes across Europe opened on northern France. It now fits the places in its own box with room for the label bar and the controls, fits again when the set of places changes, keeps a view the user moved, opens a single place at town level and keeps a list across the date line on its short arc.
MapLibre 6 and Mapbox GL 3 both throw out of their Map constructor without
WebGL2. Every place that builds a GL map now asks one helper first,
components/Map/glSupport.ts, and a browser without WebGL2 gets the Leaflet
map with the user's tiles instead of a map that fails to start:
- the trip map (MapViewAuto) and the journey maps (JourneyMapAuto) pick
their renderer through useGlRenderer, which folds in the Mapbox token
rule they each had;
- the settings preview, desktop and phone, shows the Leaflet preview
through useMapSettingsForm and says why under it;
- the tour planner keeps the 2D map when 3D is asked for and says that
3D needs WebGL2;
- the PDF route map and the Leaflet vector basemap already fell back and
now report a GPU failure too.
Behind the probe, buildGlMap wraps each constructor (MapViewGL,
JourneyMapGL, the settings preview, the terrain map, the PDF map). A GPU
that claims WebGL2 and still refuses the context is reported through
utils/webgl, which turns the answer to no and tells every mounted map,
so they switch to Leaflet without a reload; any other error is still
thrown. Two new strings, map.webgl2.fallback and map.webgl2.terrain, in
all 27 locales.
GHSA-jrc7-96c5-q579 covers every maplibre-gl up to 6.4.0 and has no 5.x
release, so npm audit kept flagging the patched 5.24.0. Moving to 6.15.0
retires the local backport: patch-maplibre.mjs and its postinstall,
predev and prebuild hooks go, along with the Dockerfile copy and its
format-baseline entry. 6.x sanitizes attributions against an allow list.
What the major changes for TREK:
- ESM only, no default export: the engine module imports the namespace
and hands that out as its default, so every caller stays as it was.
- The worker is no longer inlined, and inside a bundle MapLibre cannot
find it next to its own module. The engine sets it from Vite's
?worker&url build before any map, the Leaflet bridge's included.
- WebGL2 only: the probe asks for webgl2 alone, so a WebGL1-only browser
gets the raster basemap instead of a GPUInitializationError.
- 6.9 shapes right-to-left text itself and deprecated setRTLTextPlugin;
the old plugin would replace that and could only run through eval in
the module worker, so MapLibre no longer registers it. Mapbox does.
The lockfile moves maplibre-gl and its own dependencies only; the
Leaflet bridge already allows ^6.0.0 as its peer.
The release notes in Admin read ## as the version and ### as a section,
and printed a #### line as plain text. A release that heads each feature
inside a section with #### (Tours, TREK Studio under Added) now shows it
as a feature heading between the section and its text, on desktop and on
the phone.
- Dashboard: a browser that names no time zone (Chrome on Windows for a zone
it cannot map) crashed the world clocks and the whole dashboard. One helper
now reads the browser zone and every reader picks its fallback; a stored
zone the browser does not know is left out instead of throwing (#2694).
- Phone: a leg of a multi-leg train or flight showed only its route, and its
sheet showed the first leg's seat. The day plan subtitle is one helper for
desktop and phone now, so a leg names its own train or flight, platform and
seat, translated instead of the hardcoded "Gl."/"Sitz"; the sheet opened
from a leg shows that leg's number, seat, platform and times (#2701). The
PDF export translates platform and seat too.
- Journey list: the year badge named the year a journey was written, not the
years of its trips; a trip over New Year shows both (#2685).
- A place's description and notes are markdown in the planner but printed as
raw syntax in the PDF export and on a shared trip. Both render it now through
the app's sanitized markdown pipeline, raw HTML stays text (#2692).
Closes#2694Closes#2701Closes#2685Closes#2692
- agent loop and decisions without await in loops: steps as recursion,
calls and applied changes in order through one promise chain, the
independent reads and claims in parallel; part mapping in its own helpers
- place card, header and weather strip without refs or components created
in render; long hooks and components split; state reset during render
- trip notes only in a turn's tool session, never an undo's; map view
reported only while the assistant can run
- place strip scrolls through the strip's own smooth scroll, no physical side
- tests follow the raised limits and the new card fields; toasts read through
a mocked useToast instead of a window global; baselines lowered where the
counts fell
Adds an in-app assistant that reads and plans the open trip. Users connect
their own provider (Sign in with ChatGPT, or an Anthropic, OpenAI, Gemini or
OpenRouter key) or use the one the admin set up, including a custom
OpenAI-compatible server. It is an addon and only shows while a connection
is usable.
The chat runs on the existing MCP tools, pinned to the trip. Every change is
held as a change card the user applies or discards, and applied changes can
be undone. On the desktop it is a floating window that can be moved and
resized; on the phone it is fullscreen. Search results show as place cards
that can go onto a day, weather lookups as a strip, proposed places as
ghost markers on the map with a before/after switch, and an answer can be
shared into the trip chat. Booking files can be dropped in and are read
into change cards.
Every help screen checked against the v5 redesign. Tours is documented for
the first time, as a screen of its own with twelve screens under it, and
notifications get help of their own. All pictures are taken again on a
realistic demo trip, with short loops where a still cannot show the motion.
The English is plain and every language is written naturally rather than
word for word.
The switcher shows two levels at most, a screen's overview lists its
sub-screens as cards above its guides, each wiki page is linked once, and
the help sidebar is wider.
Fixes found along the way: Save to Collection keeps a tour's route, a track
dropped on the places column opens the Tours import, tour Share on desktop,
the unsaved tour draft lives on the account, a route click no longer adds
an end point, Trip places leaves the trip's tours out, Escape closes a
stage's day menu, confirms before destructive deletes, DWD warnings sharing
one id kept apart, a booking's date moves with it, and smaller fixes across
notifications, bookings, the day plan, stays, Atlas, Collections, Vacay and
the admin screens.
Sharing a tour fetched the GPX file first and only then called
navigator.share, so the tap that asked had often run out by then. The
retry path kept that file for one more tap only, and a tap while a sheet
was still open made the browser throw InvalidStateError, which read as a
failed share.
The share button now fetches the file ahead where sharing is offered
(not while the planner has unsaved changes), and every tap hands a fresh
File built from the kept bytes to the sheet before anything is awaited.
A file a tap had to fetch is kept for the next tap. A tap while a sheet
is open is let be, and InvalidStateError and a closed sheet stay quiet;
only a real failure still says the download is left.
Clears the client lint ratchet: helpers move to sibling .ts files for react-refresh, complex render paths get small helpers, floating promises are voided, the stage rail lets a stale request go during render, and the collections page reads the active list's tours and rights in ActiveCollectionTours. StageNumber is no longer exported.
A saved tour can now be kept in a collection, apart from any trip, and
later made into a tour of another trip. The bookmark button in a tour's
footer and in the planner's head (waiting for the save while there are
unsaved changes) opens a dialog with every list of the user; a list they
may only read stays in it, dimmed with a lock and a tooltip. The list
keeps an independent copy: the line, the type, every measure and setting,
the waypoints in order with their roles, the origin, and the trip and tour
it was saved from as they were called then. Its days, its links to places
of the trip and its obstacle decisions stay in the trip, and later changes
to the tour do not reach the copy.
A collection shows its kept tours as cards above its places: the grade
tile with the source badge, measures and the waypoint count as badges,
the trip it came from, and who kept it. The owner or an admin of the list
can remove one after a question; tours made from it stay. "Add to a trip"
shows the kept tour on a map with its facts and numbered waypoints, lists
the user's trips (the ones they may not add tours to dimmed), and asks
outright whether the waypoints come along. "Line only" keeps the line as
saved and adds no waypoints; a tour kept without a line can only bring
them. The new tour has an id of its own, no days and no new places, and
names the trip and tour it was saved from; the dialog then offers to open
that trip. Neither the collection nor the original tour changes.
On the server the kept tours are a table of their own in the tours domain
(collection_tours, migration 046100), each row written whole once. Every
copy, the in-trip "save as new tour", the take-over from another trip and
both directions here, now goes through one copy model (tour-copy.helpers)
instead of a second one. Reading and removing follow the collection's
roles, keeping one also needs access to the source trip, and taking one
over needs place_edit on the target trip; the kept tour is read again
inside the write, so one removed meanwhile leaves no half-made tour. The
MCP tools list_collection_tours, get_collection_tour,
save_tour_to_collection, take_over_collection_tour and
delete_collection_tour run over the same service and checks. All 27
locales carry the new strings, and the wiki describes the flow.
A route planned in Google My Maps or Google Earth can now become a tour
without converting it to GPX first. The import button and a file dropped on
the tours workspace take .kml and .kmz files beside .gpx, through the same
preview, the same import routes and the same transaction as a GPX file.
The preview shows every line of the file on its own, numbered, with its
distance and heights; two lines of one placemark are numbered after its name
and never joined. Heights count only where they are heights: kept for an
absolute line, dropped for any other altitude mode and for the all-zero
placeholder My Maps writes, so a missing height stays unknown. What the file
holds besides its lines (pins, areas, overlays, links to other files) is
counted in a dashed card, and nothing is fetched from elsewhere.
The KML reading reuses the place import's codec. A KMZ only ever has its KML
entry unpacked, counted byte by byte against the decompressed cap whatever
its header claims. A file that cannot be read is refused with its reason
(damaged, an archive without KML, too large unpacked), and the toast names
the file and the reason. A KML or KMZ import keeps the gpx origin of a file
import; its provenance names the real format from the stored file name.
An assistant connected over MCP can now prepare a city walk from what the
traveller tells it. propose_city_walk takes a start (and an end), a time
frame on a day of the trip, the themes of CW-05, the stations the
traveller wishes for, the places of the trip it may use and fixed
appointments with their times, and saves nothing. Places for the themes
come from the search along a tour, at most eight, each with the theme,
category and source that brought it; nothing is made up. The stations are
ordered on estimates over the straight distance, and a place of a theme or
of the trip goes in only where it is open on arrival, keeps the frame and
the appointments, and leaves every station already on the walk open when
the walk gets there. The walk in that order is then planned on foot by the
router the road trip uses (the traveller's own routing server where they
set one), and its legs give the walking distance and time from one station
to the next. Where the router cannot be reached, or a station lies more
than 300 m off every way (the planner's limit, now shared with the
server), the times are estimates over the straight distance with an
allowance for streets at 4.5 km/h, and the answer says so and why. The
answer gives the arrival and leave times, the stay where the traveller
gave it and unknown otherwise, which makes every later arrival the
earliest one, and the opening hours checked against the arrival on that
day with the helpers the planner uses. Walking and stays are counted
apart, the total is complete only when every stay is known, and the
minutes the frame leaves for the unknown stays are named. Free time before
an appointment or at the end, wishes and appointments that cannot be kept
as asked, and places left out with their reason are listed; a tour of the
trip offered as a station is named as a tour. A wish or an appointment is
never dropped; an appointment is a must and protected. A place's default
duration is not read as a stay: every place carries one, so it says
nothing.
Once the traveller confirms, create_city_walk saves the walk through the
same creation the planner's save uses: one write, a key for every station,
the links to the trip's places checked, the trip told, with place editing
permission on the trip. Its way on foot is planned by the same router and
saved with the walk, together with its distance and walking time. Where
the router gives no way, the walk is saved with its stations only and the
answer says why: no line, no distance and no walking time. The tours list
says so (route_pending), the tour detail says in one line that the way is
planned in the planner, and opening the walk in the planner plans its way
at once and offers to save it, with a note once it is planned that it was
just planned. Such a walk can be saved as a new tour and taken over into
another trip, starting at its first stop, and is never offered as a place
to stay. A tour without a line needs two points of its own.
get_tour_plan now spells out every field of a city walk's stations: key,
name, stay (null when not known), importance (null for normal), protection
(false when not set) and opening hours (null when none are known);
list_tours names the station count and whether a walk waits for its way,
get_city_walk_progress gives each station's key and opening hours, and
take_over_tour says a walk keeps its stations with their protection. No
tool changes a walk's stations; deleting a walk's place takes its stations
along, protected ones included, and both delete tools now ask the
assistant to name those and ask the traveller first. REST answers the
stations as before.
A tour create refused for a type that is switched off, a description that
is too long or planned times out of range is a domain refusal now, so an
assistant gets the same text REST sends; REST still answers it as an error
at 400.
The tour type is a dropdown; a bike tour picks its profile, routes for it,
says when a point lies off every way, and shows what it runs on: surfaces,
kinds of way and, for a mountain bike, the trail grades, each pointed at on
the map. A type's own map (OpenHikingMap for a hike, CyclOSM for a bike tour)
is offered while a tour of that type is open, with an admin switch each.
From the planned cards: a hike avoids steep climbs, steps or ferries, nothing
else; a saved tour can be shared where the platform takes GPX files; and the
tours rail adds a tour from one menu: plan new, import GPX, or take one over
from another trip.
PAD-05B: a click on an obstacle on the map or on the route band opens its card in the look of the via ferrata card: the kind with its glyph, the name, how it stands to the route (on it at a distance along it, near it with the link marked unclear, or only in the area), the paddling rule its tags give with canoe read before boat, a condition as written, height, grade, hours and fees, the source with the date of the data and the OpenStreetMap link. A missing rule reads as unknown, never as allowed, and a portage way recorded as private says so. Objects only in the area show from zoom 13 on, on Leaflet and GL alike; on GL the lines only near the route are dashed as on Leaflet, one click handler picks the marker over the line, and a picked marker no longer flickers. The route band marks the obstacles on and near the route by their share of the measured line. The obstacle notice also names an answer cut at its limit.
PAD-05A: the admin area gets a Paddle water data card under the addons, on desktop and phone: a search in Geofabrik's list with each region's path, the regions with their state (waiting, reading with its progress, ready with objects and data date, failed with the reason), reading again and removing after a confirmation. The list follows a read without reloading. Region changes write audit rows.
Map colours of paddle objects and portages come from theme tokens read at draw time, as the via ferratas do; the ferrata layer now shares that reader. The rail takes the planner page's parts as one bag, the map hit tests of the tour layers are one helper, and the unused noWaterData string is gone from every locale.
PAD-03 portages and locks on planned tours and recorded tracks, PAD-07 paddle time with portage and lock stops, PAD-08 wind forecast for the start, PAD-05A regional obstacle import from Geofabrik extracts with admin endpoints and a monthly refresh, PAD-05B first cut of the obstacle layer on Leaflet, GL and 3D. Work in progress: checklist (PAD-06), check bench (PAD-09), admin UI, translations and tests follow.
1Password filled the signed-in user's login into a place's e-mail field, and
offered the admin's own credentials for an account being created. The fields
now carry each manager's opt-out; autocomplete=off alone is ignored.
A hotel booking reaches its place through the stay, not its own place_id, so
the card listed the booking but not its confirmation. Links to a stop, which
MCP's link_trip_file and plugins can make, were never returned by the file
list at all; it now carries linked_assignment_ids. Without files the row no
longer opens to nothing.
A booking linked to a stop has two days to go by, its own date and the
stop's. They part when the stop is moved to another day or the trip is
shifted with "keep bookings on their dates", and the plan then listed the
booking at the stop and again in the timeline of its own day. The stop now
wins wherever both are drawn: the desktop day plan and day detail, the
phone's plan tab and day sheet, and the road trip rail on both. The
booking's date is left as it is; a stop on one of the booking's own days
changes nothing, so a rental picked up at a stop still runs across its
other days.
Refs #2604
The day plan wrote straight to the API, so offline a place dropped on a day
snapped back with "Error assigning place", a renamed day or a new day note
failed, and a moved stop, a leg's travel mode or who joins a visit were lost.
Visits (put on a day, taken off, reordered, moved, travellers, leg mode), the
day's name, notes text and travel mode, and the day notes (add, edit, delete,
move) now go through assignmentRepo, dayRepo and dayNoteRepo and the mutation
queue: the cached day changes at once, a visit or note made offline gets a
temporary id that the edits after it wait for, and an online write held behind
an older queued one joins the queue, since none of these carry a version
token. A new order of a day that names a visit made offline is sent with its
real id, or without it when its create failed. Desktop, the phone timeline and
note sheet all write through the store, so both are covered.
The replay reads each answer for what it names: the day answer keeps the
cached notes and visits, the participants answer lands on its visit, and a
visit the server refuses with 409 (a Tour already on that day) fails instead
of waiting as a conflict no retry can solve.
The trip's name, description, reminder and the archive flag wait in the queue
too, from the planner, the phone and the dashboard. What only the server can
do says so instead of failing: new dates, a day count, a currency or a cover,
a new trip, a copy or a delete, members, guests, share and invite links, and
a new order of the days, which moves the dates of the bookings.
Refs #2601
The night went to the last visit of the hotel. On a day without hours the
booking seats its own stop first, and Days does not show that stop, so a rest
the traveller put mid-day was the last visit: it was held to the check-in and
the places behind it followed from there, the way the report describes.
The night is now the visit that ends the day, else the booking's stop, else
the last visit. A visit the traveller adds to the check-in day no longer moves
the night or its check-in. nightVisits in shared holds the rule, and the road
trip, calculate_roadtrip, the stored ride slot and the stop editor all read it.
Refs #2636
"Title is required" stayed on screen after the title was typed, until the
next save. Any edit in the trip form, desktop and phone, now clears the
last save's complaint; the next save checks again.
The keyboard date field always hinted DD.MM.YYYY, while it was filled and
read back in the user's own order: a Korean user saw "2026. 12. 10." under
a German hint. The hint is now the locale's own pattern (YYYY. MM. DD. in
Korean, MM/DD/YYYY in US English), and the field's name is translated.
Refs #2604
Several small things in the costs views, on desktop and phone alike:
- The outstanding card no longer says "You're all settled up" while a
payment is still open in Settle up.
- The custom split shows its suggested shares as a faint placeholder in
the currency's own form (30000 for won, not 30000.00), so it no longer
reads like an amount already typed.
- Amount fields take only the decimals the currency has: won and yen take
none, KWD and the other three-decimal currencies three. A switch of
currency cuts what was already typed. 1000.555 won was saved as typed,
listed as 1,001 and reopened as 1001.
- The expense sheet on the phone prints shares and sums with the same
formatter as the list, with grouping and the currency's decimals.
- A payment recorded with Settle or Settle all is dated on the viewer's
own day, and one without a date of its own is grouped by its UTC record
time read on the local calendar. In Seoul before 09:00 it landed on the
day before.
- "1 expenses need a payer" now uses the plural forms of each language.
Refs #2604
reservation:positions was on the ignored list, while the stop order the same
reorder sends was applied, so in other tabs and for other members the bookings
sat between the wrong stops until a reload. The event now writes the slots the
way the mover's own list did, for the day it names (day_id from REST, dayId
from the MCP tool) or as the global slot without one, and caches them offline.
A booking handed back by an edit or a reservation:updated event without day
slots keeps the ones it had, in the store and in the offline cache.
Refs #2631
The day list draws a row with a time by that time, and an untimed stop takes the
time of the timed row before it. A transit ride dropped behind a later stop was
stored there, drawn back at its time on the next render, and every untimed stop
behind the drop went with it; the next drag then stored that shuffle. A dropped
booking or timed note now lands in the slot nearest the drop the list draws it
in, so nothing else moves and what is stored is what is shown. Rides dropped
where their time allows stay on the drop, and the rule for untimed stops behind
a booking is unchanged.
The chronology check for a timed stop reads a booking's time for the day (the
arrival on the last day of a multi-day ride) instead of its departure, and the
three copies of the remove and insert step share one helper.
Refs #2631
A stop counted as the booked night whenever a stay began at its place on its
day, so a hotel on its check-in day twice (the booking's own stop and a rest
the traveller planned there) was read as two nights. Both were held to the
check-in: the rest waited for the room or was set back to it, and with a check-in
far from its arrival the rest and every stop behind it moved onto the next day's
card.
oneNightPerStay in shared keeps the night and its check-in on the last visit of
the place and turns the earlier ones into ordinary stops, still a hotel. The
browser and calculate_roadtrip both run it, the stored ride slot times only that
row by the check-in, and opening an earlier visit in road trip mode opens the
stop rather than the night.
Refs #2636
Maurice