The suggestions and the full search now share one merge. Photon's hits are
ranked with places that have a Wikidata link before their unlinked
namesakes, and its context bias is narrower (zoom 13). The list opens on a
lead where Photon's answer has one: a country or region always; a town,
island or sight when it is called what was typed (or a near typo of it),
lies within 1000 km of where the traveller is looking and no place of that
name ranks above it. Rows of the lead's name inside it, the same element
under two ids and rows that read the same are shown once. A three-letter
code in capitals is asked for as the airport of the bundled list.
Where Photon is the geocoder it answers alone: an empty answer and a miss
are the answer for search and imports, the reverse lookup asks again
within 50 km, a Google place is matched inside a box through Photon, and
an opened OpenStreetMap place is placed by Overpass and named by Photon.
Nominatim stays the search of installations without the TREK services or
with an operator's own Nominatim.
Measured on 5000 places from Wikidata: the right place first while typing
48 % before, 65 % now; full search 53 % to 68 %; no repeated rows.
A car booking without an end day is a one-day booking everywhere else in
the plan, but the road trip read it as a car never handed back: only its
pick-up desk stood on the road. Two one-way car bookings on one day
(Bologna to Villach, then Villach to Klagenfurt) therefore drove from the
first pick-up to the second and on to whatever came before, counting the
road between the two cities twice and never reaching Klagenfurt. This
applies to the planner, the phone and calculate_roadtrip alike, since all
three seat the desks through the shared carrierSeam.
Such a car now has its return desk on the pick-up day. A return without a
time goes back before the next car of that day is collected rather than
closing the day behind it, so each one-way car drives its own road once.
Bookings with a return day and cars without a located return desk are
unchanged.
Closes#2894
A rail, bus or ferry ticket with changes arrived as one booking per
segment, each with a linked cost for the full fare, so the trip total
was the fare times the number of segments.
Import: the KItinerary mapper now groups consecutive train segments
under one booking reference that connect (same station by name or
within 500 m, no return, within a day) into one train booking with
stops and metadata.legs, the way connecting flights already were. The
connection rule is shared between flights and ground transport, and a
stop carries the onward departure for flights as for trains, as the
planner form and the MCP tools write it. The three copied ground
mappers are folded into one.
Within one such booking a fare repeated on every segment is booked
once, and fares that differ per segment are added in whole cents. That
summing now applies to connecting flights too, which used to keep the
first leg's price only.
Segments of one order that do not join into one booking (an outward
and a return trip, a gap, a change of station named two ways without
coordinates, bus and boat tickets, Rail&Fly) are compared across the
document: when every priced transport booking of a reference carries
the same amount in the same currency, the first to depart keeps it and
the others lose it. Amounts that differ stay. This runs on what
KItinerary extracted only.
AI import: the repeated-total safety net from #2651 now covers train,
bus and ferry tickets and any mix of them with flights, still only
when the document prints that amount on a total line.
MCP and assistant: create_transport says that a ticket with several
segments is one booking with endpoints[] and legs[], and the price
fields say they hold the whole booking's cost. When a new booking
repeats the price an earlier booking with the same confirmation number
already carries in the trip's currency (its own currency, or the
trip's when it names none), create_transport and create_reservation
still save it and return a warning naming the earlier booking. REST is
unchanged.
Existing duplicated costs are left alone: they cannot be told apart
from two tickets that really cost the same, and deleting expenses
automatically would change settled balances. They can be removed in
the Costs tab.
Closes#2895
A stable release without a dialect of its own now ships the one on main only while that one has 90 days left; dialect 0 or less stops the run before anything is committed, unless allow_stale_dialect is ticked. Fetching and checking moved into registration-dialect.yml, which never fails its caller and also type-checks the module under the strict config and lints it with --max-warnings 0, since the bump commit skips CI. The bump and everything after it run whatever became of the dialect job. Prereleases ask the issuer for a dialect of their -pre.N version and build it into the image without committing it. The release check reads the module token by token against an allowlist of keywords, globals and member names, refuses any assignment to a property, computed access and regular expressions, and names Object, JSON and defineProperty among the forbidden. The issuer's kitchen-sink sample is gone; the tests use a hand-written dialect instead.
The stable release asks the issuer for the registration dialect of the
version it cuts and commits it in the bump commit. Fetching and checking run
in a job of their own that holds no write token and keeps no git
credentials: scripts/ci/check-registration-dialect.mjs refuses a file that
imports or names anything beyond hashing, then runs it on its self-check
inputs. Only a file that passes reaches the bump as an artifact. When the
issuer is unreachable or its answer fails the check, the release goes ahead
with the dialect already on main and says so in the log and the summary.
Prereleases get no dialect of their own; dev takes the stable one through
the merge of main into dev after a release, and docker-dev.yml warns while
dev still speaks the original registration or a dialect older than 150 days.
Registration now goes through a registration dialect module: the paths of
the challenge and the registration, the bytes scrypt runs over and the body
and headers of the request. Each stable release will carry the dialect the
TREK services issuer writes for it; until the first such release the module
speaks the original registration, so nothing changes on the wire.
An issuer that no longer takes the release's dialect answers 410. TREK then
says so once per process, waits a day (or what Retry-After asks) and keeps
searching through the shared pool. The issuer client only lets a dialect
register at the issuer's own paths, with X-TREK-* headers that are not the
gate's and a body of registration size.
Renewal needs no dialect, and an expired key may now be renewed for a year
instead of 30 days, the same period the issuer allows, so an installation
that was offline for long comes back without an update. The key format
ignores the new optional dialect claim; the shared vectors gain one key that
carries it.
The marker effect reads the card handler through the component's own ref
again, so exhaustive-deps sees a ref it knows, and the card hook takes it
alongside the map's other refs. The pin event assertion types the mock
calls it maps under strict mode.
The phone card logic moves out of JourneyMap into useEntryCard, which brings
the component back under the line limit. The new card tests reach the
card element through a guard instead of non-null assertions, the public
hook test reads the hook through renderHook, the GL card tests use
mock.lastCall where Array#at is outside the client's lib, and the
complexity baseline drops to the count the branch now holds.
listPublicEntries changed for #2886, and the repository rules move a
touched QueryBuilder call to the entity methods or Kysely. Kysely keeps
the method's answer what it was, the stored row as SELECT * reads it,
which the entity methods would hand back as entities with a journey
reference in place of journey_id. The query-api baseline drops to 8.
ConnectionStop, EntryConnections and JourneyMapStop are only used in the
signatures of their own modules, and knip counts an export nothing
imports. The connection tests take the FE- prefix and header the other
journey tests carry.
The card a phone host opens its entry from was still a tooltip bound to
the pin, so Leaflet opened and closed it on the pin's hover and focus. A
tap on the card reaches a phone browser as the pointer leaving the pin
first: the pin's mouseout closed the card between the tap and its click,
and on iOS a content change in that phase can drop the click entirely.
Where a host wires onMarkerCardClick, the pins now bind no tooltip. One
card per map stands over the active pin, the way the GL popup does: it
follows highlightMarker, leaves when no entry is active or the entry
pins are switched off, and only a change of entry moves it. A press on
it never reaches the map. Desktop hosts keep the hover label on each pin.
The card tests run against the handlers the pins really get and the
card the map really adds, and the file parses again: two test names held
an unescaped apostrophe.
On the phone journey screen and the public share page on a phone, a tap on
a numbered pin brings up the entry's card above it, but the card could not
be tapped: the GL popup and the Leaflet tooltip both let the pointer fall
through to the map, and no phone host gave the card anything to do.
The map now takes onMarkerCardClick, and both renderers make the card open
that entry once a host wires it. The GL popup handles it in its delegated
listener next to the photo strip, which keeps opening the photos where the
desktop asks for that. Leaflet handles it on the tooltip element itself:
a press that reached the map container let Leaflet focus the map, which
blurred the pin and closed the card before its click landed. The phone
screen and the timeline open the entry through the carousel hook, the
same way a tap on the active card does. The desktop asides keep the card
as a hover label.
The unused hideMarkerTooltip prop goes, together with the docs that still
said the phone hides the card.
Closes#2885
The share link has counted its map stops through the whole journey since
#1962, while the owner's journal still restarted the count every day, so
the same stop read 66 on the link and 6 in the journal.
Both views now take their stops from one helper, journeyMapStops: located,
non-skeleton entries in the server's reading order (date, sort_order, id),
numbered across the journey. A draft keeps its pin in the journal but gets
no number, so the published stops after it carry exactly the numbers the
share link shows. The public entry query gains the id tiebreak the owner
query already had, so entries sharing a sort_order come back in the same
order on both sides.
Closes#2886
The journey map joins every located entry with a faint dashed line in the
order of its pins. It drew that line through everything, also across days
whose real route is on the map as a kept recording or the live Dawarich
trail, so straight guesses fanned out over the recorded track. The phone
has no layer switches, so the line could not even be hidden there.
A recorded track now carries the day it belongs to (an optional `date` on
the track contract, set by every builder of recorded lines: kept days, the
shared page's recordings, the live Dawarich trail and the day import
preview). A pure model splits the connection into the stretches still open
and those whose days were all recorded, the night between two recorded days
included. Both renderers draw only the open stretches with the entries; the
covered ones sit on a layer of their own that shows while the reader hides
what was recorded, so the guess comes back exactly where nothing else
explains the way.
The live trail is now matched to a kept day by that date instead of reading
the track name as one.
Closes#2888
The journey map grouped its photo thumbnails and its plan and stay marks
on a grid laid over container pixels. Every pan shifted that grid against
the map, so photos near a cell edge changed groups after each move: the
count badges jumped and the thumbnail switched to another photo, although
the zoom never changed.
Both renderers now bucket in world pixels at the current zoom, Leaflet
through its own CRS (so GCJ-02 basemaps stay right) and GL through a
plain Web Mercator projection that ignores centre, bearing and pitch.
Panning keeps every group as it is; only a zoom regroups.
Closes#2889
The booking and transport dialogs each spelled out the notes and the link
as four value and change props, and with the saving flag the two calls
became one copied block. The shared lower part now takes the form and its
setter, as the dialogs hold them, and writes the two fields itself.
The editor follow-up always hands the planner an afterSave, and its type now
says so, so the hook test calls it under strictNullChecks. The travel stats
test reads a country without a status as visited, as the standing helper
does for the hand-marked list. The client baseline holds the one non-null
assertion the count missed.
The booking save helper answers a Reservation the way the dialogs' onSave
does, and takes the payload the sheets read back. The export tests resolve
their routing promise without non-null assertions, the autocomplete test
reads its own console spy, and the Photon tally test asks its five dropped
questions together instead of awaiting in a loop. The Photon address line
falls back to empty when a feature has none.
The repair test now expects the dashboard to place the cleared beach in
Germany through the borders, as the Atlas map does since #2875. The client
lint baseline follows the counts this branch lowered.
The resolver's comment claimed the places of a city trip share their
coordinates, which they do not. It now says what an uncached place costs
per count and why the dashboard does not queue the Atlas region lookup:
that lookup falls back to Nominatim, and a dashboard load must not send a
user's places to a third party.
The #2875 cases continue the file's AUTH-DB numbering.
The suggestions waited for Photon beside the index for up to its full
2.5 s deadline on every keystroke, and their misses and spent allowance
paused Photon for the search and the reverse lookup as well.
Once the index has answered, Photon now gets 300 ms more and is then
called off; with nothing from the index it is still waited for. The
keystroke question has a shorter deadline and its own tally of misses and
pauses, a question called off by the list counts as no miss, and a pause
of the search still holds the suggestions back.
Refs #2877
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 follow-up kept the booking a save stored until the editor session
changed, and on the phone the session was only the open flag. The import
review swaps the draft without closing the sheet, so the second booking of
the same kind went out as an update of the first and lost its linked cost.
The stored booking now lives only as long as a failed try needs it, and
the phone sheets name their session the way the desktop dialogs do, by the
booking or draft they hold. The sheets also seed their form from that
session, so the next draft of the review shows its own fields.
The follow-up hook gets its own test, the notes block test passes the
saving flag the component now takes, and the swallowed-catch baseline
follows the one catch the save merge removed.
The passport card and the last/next trip countries read place countries
from the place_regions cache alone, while the Atlas map falls back to the
bundled borders for a place without a cached region. A place in Vatican
City never gets a region row (the region bundle has no VA features and
Nominatim names no region there), so the map counted VA and the card did
not. The same gap hid any country whose place was still waiting for its
background lookup, or whose lookup had failed.
Both views now resolve each place through one helper: the cached country
first, the borders otherwise, once per location. The dashboard reads every
place of a started trip with its cached country instead of the distinct
cached codes, and the trip countries count resolved places the same way.
The MCP travel stats tool and the public stats API use the same service
methods and are fixed with it.
Closes#2875
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 opening day is seeded while the loading splash still covers the shell,
so the rail's auto-scroll ran before any chip existed and never ran again:
its dependencies did not change when the rail first mounted. A trip opened
mid-way showed today's day below a rail stuck at day 1.
The rail element is now a dependency of the alignment, so the active chip
is brought into view when the rail appears, including after re-entering
the trip. The first alignment jumps instead of gliding across a rail
nobody has seen yet, and runs before paint; later day changes still glide.
Closes#2880
Saving a booking or a transport closed the editor and reported success
before the travellers and picked files were written. A failed upload left
a booking without some of its PDFs, no list to retry from, and a create
form that would add a duplicate when saved again. On desktop a file picked
on an existing booking went up at once and vanished when that failed.
The planner's save now takes the editor's follow-up as a step it waits
for: it stores the booking, runs the traveller write and the uploads, and
only then says so and closes. Each file that lands leaves the list, so a
failure leaves exactly the files still to send, and the editor keeps the
stored booking so the retry updates it instead of creating another one,
without a second linked cost or stay. All four editors (desktop booking
and transport dialogs, both phone sheets) share this through
useBookingFollowUp, an import review only moves on once an item's files
are up, and desktop files picked on a saved booking wait for Update like
on the phone.
Closes#2883
The suggestion list asked only the TREK index and its OpenStreetMap layer,
because Nominatim's usage policy rules out autocomplete. The layer is a slice
of OpenStreetMap, so many places showed up only once the full search was sent
(#2877). Photon is built for this keystroke: the suggestions now ask it in
parallel with the index and interleave its rows, dropping any the list
already holds, by OSM id or by the search list's same-place rule.
Without Photon (services off, an operator's own Nominatim, a paused or failed
answer) the list reads exactly as before. A failing index no longer throws
away what Photon found, and the Google-only switch skips Photon as it skips
the index.
Refs #2877
MCP-SCHEMA-005 finds tuple keywords, it does not validate against the 2020-12 metaschema, so the name now says that. A restored map point lost its range and order to the tuple fix; the description keeps the order visible to a model that builds a page itself.
With the Journey addon on, ChatGPT refused every TREK tool: restore_book_page
took a map's path and roads as [lat, lng] tuples, which the SDK writes as the
draft-07 array form of items, and JSON Schema 2020-12 refuses that form.
The restore now takes a map point as two numbers and parses each page as a
spread before it is put back, so lat and lng stay checked and a point out of
range is an invalid_op instead of a thrown parse. MCP-SCHEMA-005 holds every
tool's input schema free of tuple keywords.
Closes#2879
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.
A road trip day OSRM drew while the relay could not answer was cached for five
minutes, and a key added or removed kept serving the old engine's answer. The
stand-in is no longer cached and the key's availability is part of the cache
key. A walk kept off the boats may still go to FOSSGIS, which is now said and
tested.
The per-user 429 carried no Retry-After, so the planner left the relay alone for
its full ten minutes and routed every day with OSRM meanwhile. It now answers
like the installation limit does, with the minute the window takes.
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.
The hint under Routing service now explains that the TREK services and an
own Valhalla calculate every route, that OSRM calculates a day they cannot
answer, and that FOSSGIS keeps Valhalla to what OSRM cannot do. In all 27
languages.
Where the TREK services or an own Valhalla route the days, the MCP road trip
router asks Valhalla for a day that avoids nothing, through the relay alone,
and OSRM routes the whole day when it cannot answer. Requests carry twenty
locations unless they may end up at FOSSGIS, which keeps ten.
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.
VALHALLA_COSTING maps driving, walking and cycling to auto, pedestrian and
bicycle once for the planner and the server. valhallaRoutesEveryDay says
whether the resolved provider carries every day: the TREK services and an
own Valhalla do, FOSSGIS and no Valhalla leave the days to OSRM.
An empty Photon search, or one without a hit that has an OpenStreetMap id, is asked again at Nominatim as the reverse lookup already was. The background lane goes to Nominatim alone, a reverse lookup leaves Nominatim half of the caller's deadline, and a 429 with Retry-After pauses Photon for that long.
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.
Maurice