From a screen by screen pass over the iPad and foldable sizes:
- Card lists (transports, bookings, tasks, polls) flow down their columns
instead of filling rows, so the columns start level and a short card no
longer ends above its neighbour in a ragged row. The cards' own top
margin gives way to an even gap under each, so every column starts on
one line.
- A booking's or transport's title may take two lines in a column of a wide
window instead of being cut after a few words.
- The map beside the plan opened too close: the opening frame was worked
out for the window, not the narrower map, and Leaflet rounded its zoom up
to the next whole level, so the day ran off the top and bottom. The map
now opens at the whole level that fits and, once it knows its own size,
works the frame out again for it (OpeningFrameFit). On a wide window the
touch shell frames a day clear of its floating toolbar and corner
buttons.
- Costs and to-dos in two panes are one element tree with the stacked
arrangement, so a rotation or a fold between them keeps what is typed or
open in either pane, and the row at the top of the list stays at the top.
- The place sheet's category pill has room for its name on a wide window.
The app shows the touch shell at every size now, an iPad's and an unfolded
foldable's included, instead of switching to the desktop pages from 768px.
One route tree survives rotation, Split View, Stage Manager and folding, and
the app's own features (Wallet, sharing into a trip, the edge swipe back)
are there on the big screen too.
Two size classes drive the layout (hooks/sizeClass.ts, Tailwind variants
wide: and split:):
- wide (600pt and taller than a phone on its side): a glass navigation rail
on the leading edge replaces the dock and holds every destination with its
name; sheets become centred form sheets; the trip's More menu is a popover
beside the rail; lists keep a readable measure; dashboard, journey and
vacay get columns; full-bleed maps run under the floating rail.
- split (900pt): the trip's plan, places or road trip chain sit in a pane
beside the map, which follows the plan's day; the list/map switch hides
and shows the pane like a sidebar; on a foldable that reports its fold the
pane ends at the fold. Settings show their sections beside the page and the
dashboard keeps its widgets in a column of their own.
A hardware keyboard gets the shortcuts an iPad app has (⌘1 to ⌘9 for the
sections, ⌘N, ⌘, , ⌥←/⌥→ through the days, ⌃⌘S for the pane, ⌘[ back),
answered by the page or, with a binary that has the keyCommands feature,
handed to it as native key commands.
The day strip fades at an edge that runs on, journey cards grow on a wide
window and a card without a photo takes the day's colour, and the Leaflet
map measures itself again when its box changes size.
- 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
WKWebView runs no service worker for a self-hosted server, so on iOS nothing
kept a map tile once it scrolled away. Binaries with the tileCache feature
answer a trek-tile:// scheme from a store on disk: a tile viewed once is
served from there for up to 30 days (Mapbox's limit for a device cache,
applied to every provider), then fetched anew; the store keeps under 250 MB,
dropping the least recently used tiles first, sends a unique app User-Agent,
and never prefetches. Mapbox's own resources (style, tiles, glyphs, sprites)
and Leaflet's raster tiles go through it, telemetry never does.
Offline, a Mapbox map in such an app now stays Mapbox where it was viewed,
and the pill offers the stored trip region instead. The offline settings
show what the store takes against its limit, with a way to empty it.
- The rename and reorder controls beside the day's name, and the day and
weather chips on the timeline card, are now round or pill glass controls of
one height, so they read as tappable; the stay chips follow.
- A leg between two stops is one pill, as on the desktop: the mode, the time
in full weight and the distance beside it, larger and without a dot.
- The timeline flows under the up-next card at a fixed 12px, whatever its
height, instead of an offset that left a gap when the stop has no address.
- The places bar on the map wears the day rail's glass at its 36px height.
- A context menu stays inside all four edges of the screen, measured at its
real size rather than mid-animation, and scrolls when taller than it.
The phone map stacked four controls on the right and one on the left, in
three different looks. Now each side has two at most, all in one frosted
style, 20px off the edge and 8px apart: the whole-trip overview and locate on
the right, the base layer and the Dawarich route on the left, with the compass
appearing only while the map is turned off north.
The map's own places filter button and sheet are gone: the places tab carries
the same filter, and the map's pins follow it. The jump-to-today button beside
the day rail is gone too, since today's chip is already marked.
Also fixes a leftover of the segmented-control change that broke the parse.
Offline, a Mapbox map, another OpenFreeMap style or a raster template the
device cannot serve now switches to the stored OpenFreeMap basemap, light or
dark with the colour scheme, keeping every marker, route and track, with a
small Offline map pill. It switches back once the connection returns.
"Prepare for offline" stores that basemap's region for every trip, whatever
the provider, and both styles' sprites and glyphs, including the scripts a
trip in East or South Asia labels its places in. The vector prefetch keeps to
OpenFreeMap's download rules (four requests at a time, 50 MB per run), raster
tiles are no longer prefetched from OpenStreetMap's own servers, which their
policy forbids, nor inside the iOS app, which has no service worker to serve
them.
Selecting a place no longer spiderfies a city-sized cluster: the reveal
only fans open bubbles of up to 12 stops, or stacks whose stops all share
one coordinate, so a zoomed-out trip with hundreds of places stays usable
(#2990).
The selected pin now carries a white border inside a pulsing blue ring on
both renderers (static under reduced motion), and the map measures the
place card instead of assuming a fixed 320px, so the selection pans the
pin above even a tall card on portrait tablets and eases it back out when
the card grows over it later (#2991).
Closes#2990Closes#2991
* 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 packing row tests read the TREK tooltip and the accessible name instead
of the title the badges no longer carry, the journey delete suite takes its
service from the module over a snapshot db and seeds through the row
factories, the storage notifier suite builds its subject once, the POI
layer follows the view only while it has POIs, the collections repository
reads the list's places through its own query, and the baselines the moved
code left smaller come down with it.
Eight files had grown past the line counts their ratchets hold, so code
moves to where it belongs instead of the baselines going up:
- a settle-up transfer is booked by applyTransfer in the money helpers
- whether an expense still carries its derived category is
isDerivedCostCategory in @trek/shared, next to the category map
- a list is deleted with the images it named by deleteWithImages
- the explore POIs and their world-copy tracking are PoiMarkers
- the journey delete tests get a file of their own, and two stale
migration-era comments in the journey service shrink to one line each
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.
With a room kept for the whole trip and a second stay for a night away, the day
after the side trip took the first stay in the list as the hotel it woke up in.
The Days view then drew a drive from the kept room, often hundreds of kilometres
away, to the side trip's first stop or airport, next to the flight back. The
morning now belongs to the stay checked into last, and the evening to the stay
that runs on past the day. The map also passes a booking's own point at the edge
of the day, as the sidebar already did, so a taxi leaving from the hotel adds no
zero-length road from the hotel to itself.
The Tour booking type read like the Tours tab, and a booked food tour left people
looking at an empty Tours tab. It is now called Guided tour in every language,
the empty Tours tab says that booked tours go under Bookings, and the help
center and wiki use the new name. The stored type stays 'tour'.
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
The journey map's photo thumbnails set position:relative inline on the marker
element. That overrides the engine's .mapboxgl-marker/.maplibregl-marker
position:absolute, so every thumbnail entered the normal flow below the ones
drawn before it and the engine's translate was added on top: the further down
the list, the further the photo drifted from its spot. The location dot had the
same inline position. Both now leave position to the engine's class.
Closes#2910
- The lead is Photon's own row first; a row of its name inside the lead
only stands in where Photon's row went as the same place. Rows without a
line below the name are never folded as reading the same.
- A miss of Photon where it is the geocoder no longer asks it a second time
on the way to an empty answer.
- The transport words of the identity match use a Unicode word boundary
(straße, estación) and match 駅 anywhere.
- Opening an OSM place reads the coordinate it was placed at explicitly.
- The ferry spans of a Valhalla leg move to valhallaFerries.ts, and a day
cut into pieces is asked with one options object.
- "Limit" on the allowance tiles is "Daily limit", which no locale left
as an English copy.
- Tests follow the new behaviour: no Nominatim behind Photon, zoom 13,
and the expectations of the merge and edit-distance cases.
A request to the TREK Valhalla that runs out its deadline (a long bike
route) is answered 504 and no longer rests the relay for every user or a
tab for ten minutes; that one day goes to OSRM. Only an unreachable host
or a server error rests it.
A day goes to the relay with up to twenty stops per request and no pause
between pieces; a request that ends up at the public FOSSGIS Valhalla is
cut to ten and paced, as before. The 1.1 s spacing of the server applies
to the public hosts only, not to an admin's own OSRM or Valhalla. The
relay keeps its connections open and asks for maneuvers only, which the
relay contract now accepts.
A PDF of a long trip routes for minutes, and only the skip button could
stop it. Closing the export dialog, hiding the phone sheet or leaving the
trip left the legs going out and opened the document later on whatever
page the user was on. Closing now stops the routing and the document never
opens; skipping still prints without the remaining legs.
The plan filter moves from TripPDF to pdfScope beside the other plan
predicate, which keeps TripPDF under its size entry. The routing test name
gets its quotes back, and the export dialog and sheet tests cover the leg
count, the skip button and closing while routing.
The PDF export routed the whole trip under an 8 s deadline while the router
is asked one leg at a time, a second apart. A cold month-long trip got about
seven legs routed per export; the rest printed as straight lines at "0 m"
under a total that looked final, and every further export routed a few more
days from the device cache.
The export now waits for every leg, bounded by the request pacing, the
rate-limit retries and a per-leg timeout. The export dialog and the phone
sheet count the legs while they route and offer to print without the rest.
Any leg left without a road is marked in the document: the day reads "not
routed" or "at least ...", the total says it is a floor, and a note names
how many legs are missing. The planner overview shares the same wording.
The PDF also routes what the planner map routes now: the road trip's vias,
the multi-day tour stages and the reader's distance unit.
Closes#2876
The built-in profile check returned the open profile key and the run request
returned an unnarrowed answer, both of which the client typecheck refused. The
new road trip tests asserted with non-null assertions where optional calls do.
The graceful stop step piped docker logs into grep -q under pipefail, so grep
leaving early after its match could fail the step with SIGPIPE although the
server had logged SIGTERM.
The route cache key followed the relay's rest, so after one failed relay request
(always the case offline) every day the device held only from Valhalla missed
the cache for ten minutes. The key now follows the configured provider, and a
resting relay only stops the question from going out.
A route now names the engine that drew it. A day OSRM drew because Valhalla
could not answer is OSRM's on the rail, and its other ways are asked of OSRM,
instead of being labelled Valhalla's and compared with Valhalla offers.
An own Valhalla gets the relay's twelve second deadline, and a day that runs it
out goes to OSRM without a second wait. A day that avoids something keeps its
old cache key, so the days a device already holds stay found. The leg segment
and the offer types move to modules both engines import.
With the TREK services or an own Valhalla, the day plan, the road trip and
the other ways of a leg are routed by Valhalla on foot, by bike and by car,
twenty locations a request. A day it cannot answer (relay refusal, time out,
no way for a leg) goes to OSRM whole and without a word; it is never handed
to FOSSGIS unless it avoids something only Valhalla can avoid. With FOSSGIS
nothing changes: OSRM routes the days and Valhalla the avoidances.
A Valhalla answer is cached under its own key beside the OSRM one, so
switching engines never serves a day from the other engine. The Valhalla
day routing moves out of RouteCalculator into valhallaDayRoute.ts.
A route or height question through the relay now gives up after 12 s. A 400 without Valhalla's error_code and a 404 or 405 count as the relay unable to answer instead of no way or no Valhalla, and a Retry-After sets how long the tab leaves the relay alone.
routing_valhalla_provider (fossgis, trek or custom) sits beside the routing
URLs under Admin, Default user settings, admin only and locked on a managed
install. Without a choice an own Valhalla is custom, an own OSRM alone asks
no Valhalla, and otherwise the TREK services answer.
The planner asks them through the same-origin relay, so no connect-src
changes. A relay that answers 401 (a shared page without a sign-in), 403,
413, 429 or 5xx sends the question to FOSSGIS without a word and is left
alone for ten minutes. A long line to describe goes as a polyline.
The cluster source, its layers, the expansion zoom and the DOM bubbles
now live in placeClusterLayers.ts with their own tests, which brings
MapViewGL back under its size baseline instead of growing it. Lowers the
size and eslint baselines that this change made smaller.
The MapLibre and Mapbox maps painted their place clusters as a canvas
circle plus a symbol layer, so the count used whatever glyphs the map
style ships and the bubble had no hover. They are now DOM pins built by
the same markup and CSS as the Leaflet bubbles, with the same sizes,
font and hover scale. The canvas layers stay, invisible, as the hit
area the track and route layers check a click against.
With "Show whole trip" on, every leg of every day went to the router one at a
time, a second apart, and the route cache lived in memory only, so each visit
started over: a trip of a month took 30 to 45 seconds before its route was
drawn, on every open.
Routes the router answered are now also kept on the device (Dexie v14,
routeCache by RouteCalculator's cache key, a month at most, the oldest give way
past 3000). A leg found there needs no request and no pause, so a trip whose
legs did not change opens with its roads at once; only new or changed legs are
routed. Plugin routes stay in memory only, since they depend on trip and day.
The cache moves out of RouteCalculator into routeStore.ts.
Closes#2794
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 assistant can now search a round hike of about a wished length from one
point and the router's other ways for one leg of a hike, with the planner's
own search, and propose each one as a hike card to compare and take. It can
also search the user's wanderer trails, preview one as a card, import it and
check a wanderer tour against its source.
The round search, its loop geometry, the test whether two lines are one way,
the other ways among a router's offers and the pins that hold a chosen way
move to @trek/shared; the planner and the road trip use them from there.
- "Plan this" decides the take it holds at once instead of waiting below for a
second confirmation, says it is being planned, and once the tour is added the
desktop opens it in the Tours tab to be edited.
- The stops run as a timeline: each walking time sits on the line between two
stops, read with the stop it leads to, so no time reads as a stop's own.
- An answer about a tour leaves out the strip of places its searches went
through (hotels, a club in another state).
- "On map" from another tab of the planner brings the map back first, and a
map that mounts right after a request still carries it out.
- the assistant's GL camera reads the user's own moves from the map's canvas
container, which both engines have and which leaves marker clicks out, so
the GL map test needs no extra mock and stays at its size
- plugin-sdk host facts list the ai_assistant addon
- 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
- the assistant keeps facts for a trip (remember_for_trip) as a change card,
applied into the user's trip notes; existing expenses can be changed
- change card fields as a few icon chips with the rest folded under Details,
the day band marks only what changes, the week grid as compact tiles
- no map button on receipts of things that have no place on the map
- tests follow the composer's accessible name, the receipt's status icon and
the GL map's container; the hanging stream helper honours an early abort
- Postgres probe: qualified columns in the upsert updates; entities restored
to the generator's output; strict ratchet reads the SDK client as untyped
The three AI addons share one tile in the integration column; a dialog holds
the connection, the assistant's limits and AI parsing, which now reads with
the assistant's connection unless an install keeps its own. Existing parsing
configs stay where they are and keep winning.
The chat sees the map on screen, offers next questions under an answer,
shows its live step in the window head, previews waiting changes inside the
day list, checks whether a day still works, folds a multi-day plan into a
week grid, keeps per-trip notes and can estimate costs. An empty or cut-off
answer gets one push instead of ending silently, and the assistant's own
step and size limits are raised.
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.
Every journey map (the desktop aside, the phone screens and the shared page)
now carries four switches: Plan, Recorded, Entries and Photos, each with its
count, a spinner while it loads, the warning tone when it could not be read
and the reason when it has nothing to show. A switch only hides, in place:
the map is not rebuilt and keeps its view, and the choice is kept in this
browser per journey (per link on a shared page, by a hash of its token).
The plan draws the places the linked trips put on their days as hollow dashed
pins and the trips' GPX routes dashed; a place an entry was written about is
not drawn twice, the entry's pin carries a check instead. The stays a day
report was taken over from show as dots in the colour of their day. Marks on
one spot join into a disc with their number and open as a list; a picked
place or stay opens a card with its trip, days and times and leads to its
entry. A key beside the switches explains every pin and line and says that
a plan is no proof of a visit. The phone timelines now show the photos too.
The GPX routes come with the map's layers through the linked trips, read
only while the journey's track switch is on; the frozen /tracks answer stays
Studio's. The share settings on desktop and phone get Trip plan and Recorded
routes under Map, off by default and only switchable while the map is shared.
Ski becomes "Ski & winter", a type the planner plans with six disciplines
(alpine, snowboard, cross-country, ski touring, snowshoeing, winter hiking),
nothing preselected; saving needs a discipline, and a technique for
cross-country. Every leg is drawn straight between the points through
planner/skiRouting.ts, the one place the piste router will plug in, with its
heights from the elevation source and no ski time worked out.
The hike's winter label goes entirely: its migration, column, field, marks,
GPX rule, MCP field and strings. A hike is summer only; a ski tour with the
snowshoe discipline exports as snowshoeing. The unreleased ski migration takes
the six disciplines and the collection migration loses the winter column.
The pistes are offered for a ski tour, shown until switched off, and with no
tour open, never for a hike. Export, copy, collections, stages (untimed),
actual tracks, the atlas, list and day marks (one glyph per discipline), 3D,
planning over a ski import and list_tours/get_tour_plan know the planned ski
tour.
Maurice