MaintenanceRepository, DemoRepository and six seeders are exempt from the
SQL string selectors as whole files, so new SQL text added to any of them
passed lint unseen, and nothing noticed when a file no longer needed its
exemption. The comment promised a list that can only shrink, but nothing
held it to that.
The selector test now works out which files under src/db/repositories and
src/db/seeders the config really exempts and compares that set with a
pinned table, then runs the SQL selectors over each exempt file's source
and compares the hits with the count pinned for it (23 today). One more
statement fails, one fewer asks for the pin to come down, and a file at
zero has to leave the ignores. Per-line disables would have done the same
job but add suppressions the codebase is meant to lose.
The outbound-timeout selectors flagged safeFetch(url, undefined,
{ timeoutMs }) and safeFetch(url, { headers }, { timeoutMs }), although
timeoutMs is the deadline over the whole exchange that server/CLAUDE.md
tells callers to pass. At the same time an init spelled null or void 0
passed unseen, so a guarded call could still go without any timeout.
A call whose third argument is an object literal with a timeoutMs key is
now exempt, and undefined, null and void 0 (also behind an as cast) all
count as no init. The cast forms pin the inner node type, because esquery
compares String(value) and a missing name would otherwise read as
'undefined' and flag every cast init. The selector test covers both
sides.
The repository rule that keeps dialect SQL in sql-functions.ts only
matched raw() and the sql tag, so a SQL string handed straight to the
connection, em.getConnection().execute('INSERT OR IGNORE ...'), passed
unseen, and the seeders sat outside every repository rule. A new block
refuses a string or template whose text starts like a statement as the
first argument of execute, run, all or get in src/db/repositories and
src/db/seeders; a result mode such as qb.execute('run') stays legal.
The files that already hold such SQL are named one by one so the list
can only shrink: MaintenanceRepository (PRAGMA, VACUUM INTO),
DemoRepository and six of the seven seeders.
The selector groups are named once in eslint.config.mjs, and the
selector test now also checks the new block per path, its exceptions,
and that raw() stays forbidden in repositories.
journey-gallery-order.ts exported raw SQLite ORDER BY text from
src/nest that no production code read any more since the gallery reads
moved onto JourneyPhotosRepository. Two parity tests still compare the
Kysely rebuild against it, so it moves to tests/helpers as their oracle.
The ESLint rule from #2610 that requires a signal on outbound fetches
only matched the platform fetch. The guarded wrappers hand it a spread
init, which the rule trusts, so safeFetch(url, undefined, options) passed
lint with no timeout, and the dispatcher left undici's five-minute
default in place. Nothing capped the body either. Two callers did exactly
that on hosts TREK does not control: the Synology thumbnail read (a
user-configured NAS) and the place enrichment photo download (a URL out
of third-party place data), both buffering the whole answer.
The wrappers now carry defaults. A call without a signal waits 30 s for
the response headers; the body stays under undici's idle timeout, so a
proxied video that pauses with its player is not cut off. timeoutMs adds
a deadline over the whole exchange and joins the caller's signal, once
for the whole redirect chain. Every body is capped at 64 MB, refused up
front when the declared length is larger and failed mid-read otherwise;
callers pass a tighter maxBytes, or null where the body is streamed on
(pipeAsset, the doc-sync transfers that count their own bytes, the
Ollama pull).
The two call sites get a signal and an 8 MB cap. The lint selectors now
cover safeFetch, safeFetchFollow and safeFetchAdminConfigured as well,
including an explicit undefined init, and are named once so the
repository block restates the same list. A new test asks ESLint for the
options it applies to a path and runs them over snippets, so a selector
that stops matching fails a test instead of passing silently.
coverage-thresholds.test.ts imported vitest.config.ts, which pulled the
config into tsconfig.tests.json's program; that program compiles as
CommonJS and rejects the config's import.meta, so typecheck:tests
failed. The test now loads the config at runtime. The other new gate
tests get prettier's formatting.
google-quota, managed, mcp-shared, mcp-transport, public-api,
receipt-scan, route-usage, scheduling, school-holidays, tokens and tours
had no entry in the per-domain ratchet, so they sat in the pooled
src/nest/** catch-all, where a domain can lose twenty points behind the
headroom of the files beside it. That includes the cron registrar, the
MCP HTTP transport, the public API and the new tours domain.
Each is pinned at floor(measured) minus 1 as scripts/coverage-thresholds.mjs
prints it, measured over the unit, integration and e2e suites that load
the domain. A full run can only measure higher. mcp-shared (59 branches)
and route-usage (66 branches, 77 functions) measure below the 80 floor
and are pinned where they are; managed holds an empty module.
A new unit test fails when a folder under src/nest has no entry, or an
entry names a folder that is gone, so the next domain cannot land in the
catch-all again.
Migration20200101042200 wrote 86 indexes by hand so that deleting a trip
or a user stops scanning every child table while it holds the single
connection. Nothing kept it that way: the next table with an unindexed
trip_id would bring the scans back, and the entity parity tests compare
index names, not whether a key is covered.
The test reads PRAGMA foreign_key_list off the migrated test database
and requires the columns of each foreign key to lead some index or the
primary key. Today every one does, so the allow-list for deliberate
exceptions starts empty, and a second case keeps that list honest. A
third builds a small schema to prove the check fails on an unindexed
key, a composite one, and an index that holds the column second.
The server's boot gate only checks that a write route has a Zod DTO, not
that the schema constrains anything, and 47 of the 213 exported request
schemas hold an open shape: a loose object, a record of unknown, or an
unknown field. shared/CLAUDE.md already says to narrow those rather than
add new ones, but nothing counted them.
scripts/open-request-schemas.mjs walks every exported *RequestSchema and
counts its open shapes against a baseline of today's 75. A new request
schema may hold none and an existing one no more than its entry;
--update only lowers. The CLI checks the built dist/ for CI, and
src/open-request-schemas.spec.ts runs the same walk over src/ so the
shared test run fails as well. A missing or malformed baseline, or a
dist/ without a single request schema, is an error.
Module boundaries were held by review alone. storage.module.ts documents
a cycle that only surfaced at runtime as "imports[1] is undefined", three
modules exist just to break cycles, and nothing stopped the next feature
from reaching into another domain's helpers.
scripts/import-boundaries.mjs parses every import under src/ with the
TypeScript parser and checks five rules against a baseline of today's
violations: load-time file cycles (none today once type-only and lazy
imports and the two-way MikroORM entity relations are left out), new
dependencies between domains that already depend on each other (262
pairs, one tangle around plugins and auth), shared-kernel files importing
a domain (8), imports of another domain's internals (69) and src/db
importing src/nest (5). A domain's public surface is what the code
already treats that way: modules, services, guards, decorators, types,
constants, the audit logger, the plugin RPC kit and the addon gates.
New violations fail, --update only drops entries, and an unreadable
baseline, a missing src/ or an import it cannot resolve stops the run.
The client has had lint:size since #2612, the server had nothing, and
the server is where the biggest files live: maps.service.ts holds 3231
lines and grew by 200 in a month, and nine more services are past 1100.
scripts/size-lint.mjs carries the client's semantics over to src/ and
scripts/: a file may hold 1000 lines, the 23 that already hold more are
pinned at today's length in scripts/size-baseline.json, and --update
only ever lowers an entry.
A line past prettier's 120 columns counts once per 120 columns it spans,
so joining lines does not make room under the limit. The check fails
closed: a missing or malformed baseline or a missing src/ stops it
instead of passing with nothing checked.
The planner's two time edits of a visit called the time route straight:
saving the place dialog opened from a visit, and removing a visit's time
before a reorder. They skipped the visit repo's check for an older write
to the same visit still in the queue, so with such a write parked or
backing off the new time landed first and Try again (or the next flush)
replayed the older time over it, with no version token to refuse it.
Both now use the store's setAssignmentTimes, which writes through
assignmentRepo.setTimes, queues behind the older write when there is one
and keeps the optimistic update and rollback the other time edits have.
The dialog no longer reloads the days afterwards, since the store already
holds the new time and a reload would show the server's older one while
the new one waits in the queue; a changed day note is set on the visit in
place instead. The retry docs drop the exception they made for these two
paths.
An online edit that has to queue behind an older write to the same entity
starts a flush so it goes out right after that write. When the older write
was already in flight, flush() returned at once on the in-tab flag, and the
running pass had read its pending rows before the new one existed. The edit
then sat in the queue until the next trigger (the 30 second tick, a
visibility change or a reconnect), so collaborators saw it late and a
refresh in that window showed the older server value.
A flush called while a pass runs now asks that pass for one more round,
which it starts once it is done, next to the existing "mine wins" re-run.
Each pass clears the request when it starts, so the extra rounds stay
bounded by the calls made during a pass.
Holding later queued writes behind a parked one only ordered writes that
were in the queue. Online, the repos send an edit straight to the server, so
an edit made while an older write to the same visit, tour or driving settings
was backing off or parked landed first, and Try again (or the next flush)
then replayed the older write over it. Those writes carry no version token,
so nothing refused the stale replay.
The repos of visits, day clears, tours and driving settings now ask the
queue before an online write. While an older write to the same entity is
pending, in flight, parked or a conflict, the new write is queued too, with
the same optimistic Dexie write as offline, and a flush is started so it
goes out as soon as the one ahead of it does. When the driving settings left
the cache since the older write, they are read in first.
Places and packing items keep their direct online path: they send the base
token, so a stale replay is refused with a 409 and becomes a conflict. What
this does not cover, and the docs now say so: a collaborator's change to a
token-less entity is overwritten by the retried write, as by any replayed
offline write of those resources, and the planner's two time edits that call
the API directly are not held. The wording of the parking commit also named
budget items, which never go through the queue.
Keeping archived trips stopped the sync from wiping them, but left nothing
that ever took one off the device. The trip sync never refreshes an archived
trip, and the 7-day rule and the per-trip switch only looked at the active
list, so an archived trip stayed until Clear cache however long ago it ended.
The stale and switched-off rules now also run over the archived trips that
are stored here, with the same eviction as an active trip: its rows go, its
parked changes stay. The offline settings list the stored trips the server's
list leaves out, so an archived trip gets a switch the user can turn off;
before, the switches came from the active list only and could not reach it.
The cross-tab lock was taken with ifAvailable, so a tab that found another
tab replaying returned from flush() at once. Its callers read that as "the
queue is sent": the online trigger then re-seeds every trip from the server
and rehydrates the open ones, and the socket refetches after its pre-reconnect
flush. All tabs see the online event together, so the tabs that lost the race
laid the server's rows from before the replay over the shared Dexie, and over
the optimistic edits still on their way, while the winning tab was mid-flush.
The lock is now requested without ifAvailable. A tab that finds it held waits,
then runs its own pass, which finds nothing or what the holder left behind,
so flush() resolves only after the replay and the re-seed chained onto it
reads the state after it. The holder's requests are bounded by the client
timeout, so the wait is too.
Every open tab shares the account's queue and runs its own flush
triggers, and the _flushing flag only guards its own tab. Two tabs read
the same pending rows and both replayed them, so correctness rested on
the server's replay cache answering the second request, and each tab ran
the temp id remap and the Dexie write a second time.
The flush now takes a Web Lock named after the account's database, with
ifAvailable, so a tab that finds it taken skips the run the way a busy
flush in the same tab always has; the holder picks the rows up. The lock
is released with the tab, so a tab killed mid-flush cannot strand it.
Where the API is missing or refuses the request, the flush runs as
before under the flag alone.
Parking a write the server keeps failing on unblocked its trip, so a later
queued edit of the same budget item, visit, tour or driving settings went
through while the older one waited. Try again then replayed the older
write last and it silently overwrote the newer one: only places and
packing items send a token the server could refuse it with. Before the
parking change a 5xx stopped the whole flush, so this order was never at
risk.
The flush now holds back every pending write whose entity has an older
write parked as failed or waiting as a conflict, and a write that parks
during the pass holds back the rest of that pass too. Other entities and
other trips keep syncing. Try again therefore replays the parked write
first and the held ones after it, Keep mine does the same for a conflict,
and Discard or Keep theirs flush right away so the held writes go out
without waiting for the next trigger. Writes queued against an offline
create that got parked now wait for it instead of failing as an
unresolved temp id.
The trip sync clears every cached trip the server no longer lists, but it
read only GET /trips, which leaves archived trips out. Every sync (login,
reconnect, the periodic run) therefore wiped every archived trip from the
device, pinned ones included, and with it their parked failed changes. A
trip now only counts as gone when it is missing from both the active and
the archived list, and when the archived list cannot be read nothing is
treated as gone that round.
clearTripData no longer deletes 'failed' rows. Stale eviction, a trip
switched off in the storage settings and a trip that is really gone all
go through it, and none of them is the user deciding to give up a change.
A parked change of a deleted trip, or one the user was removed from, now
stays in the queue: Settings > Offline counts it under failed changes and
offers Try again (the server answers 403/404, so it parks again) or
Discard. Dropping it silently would lose the only copy of an edit the
user may still want to look at or redo elsewhere, and keeping it costs
nothing more than a counter the user can clear in one tap.
The rollback section promised that an older image refuses a migrated
database and names the pre-migrate copy. Only images from 4.4 on carry
that check. Going back to 4.3.x, the most common rollback today, gives
neither the refusal nor the pointer, so the copy has to be restored by
hand before the old image starts.
The backfill in Migration20200101042100 marks reminders as sent by UTC
date('now'), while the reworked job counts days in the app TZ, which read
like a seam that sends twice or skips on upgrade day. It is not: the
backfill stands in for the job before it, which matched start_date
against UTC date('now') at 9 AM app time, so UTC is the clock those
reminders went out by, and with one run per UTC day nothing it marks
was left unsent. The only effect is its strict "<": the upgrade day's
own reminders stay unmarked because the boot may precede that day's
run, so a boot after it reminds such a trip once more. One extra
reminder at most and never a lost one, so the shipped migration stays
untouched and the reasoning now sits on the job.
The todo claim's docstring writes its dedup bound as SQL.
Login, password reset and the sign-up checks all match emails
case-insensitively, but the only constraint was the column's own
UNIQUE, which SQLite compares case-sensitively. Two accounts whose
addresses differ only in case (legacy rows, two sign-ups at once) left a
login to resolve to whichever row came first, and LOWER(email) lookups
had no index to use.
A migration adds a unique index on lower(email). An install that
already holds such a pair must still start, so the migration then
leaves the index out, logs how many addresses are shared and by which
user ids (not the addresses), and records email_case_index_pending.
Since a migration runs once, db/email-case-index.ts runs on every boot
while that flag is set: it repeats the warning until the accounts are
told apart, then creates the index and clears the flag. The app-level
checks keep guarding meanwhile.
A write that passes the up-front check and still loses the race is now
refused by the database. The users repository turns that unique
violation into UserIdentityTakenError, and sign-up, admin create and
edit, and the profile update answer it with the same 409 their checks
give, instead of a 500 or an unhandled rejection (ADMIN-SVC-094 pinned
the old behaviour and now pins the 409).
The entity generator could not see an expression index (PRAGMA
index_info names its column NULL), so PARITY-009c found a db index with
no entity declaration. Rule 14 carries such an index into the entity as
a named entry with its own statement; Users.entity.ts is regenerated.
The trip and todo reminder ticks sent with `.catch(() => {})` and then
marked the reminder sent whatever happened. A send that threw (a DB error
resolving the recipients) or whose every channel failed (SMTP down, no
in-app) was recorded as delivered and never retried, without a log line.
And because the mark came after the send, two processes running the same
tick (a rolling update overlap, a stray container on the same volume)
both sent.
Each reminder is now claimed first with one conditional UPDATE through
its repository: reminder_sent_for is set only while it differs from the
start date (and the start date is still the one read), reminded_at only
while it is empty or older than the 20 hour dedup window. Only the
process whose update lands sends. If the send throws, or it attempted
in-app and channels and none went out, the claim is given back, the
failure is logged, and the next tick tries again until the trip starts
or the todo falls out of its window. A send nobody wanted (everyone
opted out) stays marked, since a retry would reach no one.
For that, NotificationsService.send() now reports what it attempted and
what was delivered; a channel that rejects or answers false counts as
not delivered. Existing callers ignore the result.
The legacy-upgrade suites stopped at legacy-v242, while v4.3.3, the
release every 4.x install will come from, left schema_version 244. The
most common upgrade path only ever ran against synthetic step maps.
legacy-v244.sql is that release's own runner booted once on an empty
file, plus synthetic rows across the main tables: users (one with a
mixed-case email), trips with a member, days, places, assignments with
the canary times, a booked stay, a flight with endpoints, budget items
with splits, packing, todos, notes, file metadata, tags, a journey with
an entry and a notification. scripts/build-legacy-fixture-v244.mjs
rebuilds it byte for byte from the tag: it archives v4.3.3 into a temp
dir outside the repo, boots that runner, seeds, pins every timestamp,
VACUUMs and dumps.
The suite runs the shared upgrade assertions and checks that every row
of those tables comes through with its values, that the boot copied the
database first and the copy still is the 4.3.3 schema, and that the
reminder backfill marks only the reminders whose day has passed.
Migrations only go forward, and since #2610 an older image refuses a
database a newer one migrated. Going back after a bad update therefore
needs a copy from before it, and the only copies were backups the admin
takes by hand or auto-backup, which is off by default. The first boot
on 4.4 migrates every 4.3.x install through the legacy baseline and the
new migrations without either.
Before applying pending migrations to a file database that holds
anything, the boot now writes a VACUUM INTO copy next to it, named
pre-migrate-<schema>-<time>.db (legacy-<schema_version> for an install
the positional runner left, otherwise the last recorded migration), and
keeps the newest TREK_DB_PRE_MIGRATE_SNAPSHOT_KEEP (3). The copy is
written under a temporary name and renamed, so a crash never leaves a
truncated file that looks good. If it cannot be written the boot refuses
before anything is migrated; TREK_DB_PRE_MIGRATE_SNAPSHOT=false is the
documented way past that. The newer-database refusal names the copy
taken right before the newer release migrated past this one.
A fresh install, a restart with nothing pending, an in-memory database
and a restore's re-bootstrap (the archive is the copy) take none, and
NODE_ENV=test leaves it off unless a suite sets the switch.
A successful login starts tripSyncManager.syncAll() without waiting for
it. In authStore.push.test.ts that sync was real and could still be
logging when the worker shut down, which vitest reports as an unhandled
"Closing rpc while onUserConsoleLog was pending" and fails the coverage
job although every test passed. The spec is about push, so the sync is
stubbed.
Since the ORM migration the scan of every push to dev stops with "the
Node.js process running out of memory (heap size limit 4288 MB)" and
fails the job, while PR scans, which only analyse changed files, stay
under it. The hosted runner has 16 GB.
c6b6b83d3 wrote a real line break where `printf '%s\n'` belongs, so the
RUN instruction ended inside the quote and Docker read the next line as an
instruction of its own: "dockerfile parse error on line 135: unknown
instruction: '". Every image build from dev fails on it. PR CI builds no
image, and the scout job on the release PR was already red for another
reason, so nothing showed it.
useTripPlanner.ts (3095 lines, now 718) and RoadtripSidebar.tsx (2287, now
694) are back under the limit and drop out of the baseline, and
TripPlannerPage.tsx is held at its new 1081 lines.
Saving a reservation or a transport, deleting a booking, finding or
creating the place an imported stay belongs to, the review that walks
imported items through their editors with its state, and the bridge
that picks up an import or a scanned receipt from the background tasks
move out of useTripPlanner into useBookingEdits.
useTripPlanner calls the hook where the save handlers used to sit,
after the day add, delete and clear wiring and before the booking
detail, so the bridge still runs between the rail snapshot and the
splash and the planner returns the same object. The review state only
moves later in the render, which no effect observes. The two existing
loose record types in the save handlers move along unchanged.
Putting a place on a day, moving a stop to another day, taking one off,
reordering a day with the vias it carries along, renaming a day and
reordering the days move out of useTripPlanner into useDayPlanEdits.
None of it runs an effect, and useTripPlanner calls the hook where the
day plan's edits used to sit, ahead of the day add, delete and clear
wiring, so the planner returns the same object and behaves exactly as
before.
The right click on the map, the POI marker and the hit on the drive with
the check-out days a night can end on, the service stop added by hand
with the legs it can go on, the popup handing over to the full form with
its duplicate check, and the place editor move out of useTripPlanner into
usePlaceFormOpeners.
None of it runs an effect, and useTripPlanner calls the hook right after
the place edits, where the place editor used to sit, so the planner
returns the same object and behaves exactly as before. The note on adding
a POI with its day now sits directly above the handler it describes.
The place delete question with the booked nights it warns about, telling a
tour from a place, saving the place form with the day it was added from
and the vias that stop pushes along, deleting one place, a tour or several
places, and moving places to another category move out of useTripPlanner
into usePlaceEdits.
None of it runs an effect, and useTripPlanner calls the hook where the
place form's save used to sit, ahead of everything that asks whether a
place is a tour, so the planner returns the same object and behaves
exactly as before.
Working out which stop a point on the drive belongs behind, where a place
chosen by hand goes, adding, dragging and removing vias, asking for and
accepting a refuel stop, and a corridor hit dropped onto the route move
out of useTripPlanner into useRoadtripDriveShaping.
None of it runs an effect, and useTripPlanner calls the hook where the via
anchoring used to sit, so the planner returns the same object and behaves
exactly as before. The note on placing a via now sits directly above the
function it describes.
The other ways of driving one leg, the road the pointer is on, the
overlays and the stretch of map they cover, the automatic day points and
their markers, the point the map is asked to bring into view, the rail
snapshot a choice is checked against, and asking for and choosing an
alternative move out of useTripPlanner into useRoadtripAlternatives.
useTripPlanner calls the hook where the picker used to sit, after the
road trip feed and the stop edits, so the highlight reset, the close gate
and the rail snapshot still run in the same order and the planner returns
the same object. The note on what the map frames now sits directly above
the value it describes.
Saving the stop popup as a pause or as a night, the stay release that
asks before a booked night is dropped, the kind, fill and stay of a stop,
moving a stop within its day or onto another one from the rail, ending
the day at a stop, and the stay dialog with the call that opens it move
out of useTripPlanner into useRoadtripStopEdits.
None of it runs an effect, and useTripPlanner calls the hook where the
stop edits used to sit, so the planner returns the same object and
behaves exactly as before.
The road trip mode and feed flags, the driving preferences and the limit
save, the day boundaries with their reset and drag controls, the vias,
the refuel search, the routes, the corridor search, the followed track,
the via counts and the via index helpers, the days folded in the rail and
the map layers that follow those folds move out of useTripPlanner into
useRoadtripFeed.
useTripPlanner calls the hook where the feed used to sit, right after the
trip overview, so the preference load, the boundary and via hooks, the
routing round and the corridor search still run in the same order and the
planner returns the same object. The helpers, the folds and the boundary
controls are plain memos and callbacks, so computing them earlier changes
nothing.
The list filters the map shares with the sidebars, the declutter of
collapsed days, the compact and pending marker flags, the Tracks filter
fallback, and the selected day's order badges and fit list move out of
useTripPlanner into useMapPlaces.
useTripPlanner calls the hook where the marker set used to sit, right
after the trip's websocket, so the store subscriptions and the Tracks
fallback still run in the same order and the planner returns the same
object. The order badges and the fit list are plain memos, so computing
them earlier changes nothing.
The day route toggle and its travel profile, the whole-trip overview, the
map lock, the recorded Dawarich trail, the fit key and the effect that
fits each trip once move out of useTripPlanner into usePlannerMapView.
A new test calls every toggle and the automatic route, which no test
reached before.
useTripPlanner calls the hook where that code used to sit, so the
Dawarich fetch and the first fit still run in the same order and the
planner returns the same object. handleSelectDay now lists the map lock
ref, the phone ref and setFitKey it receives from the hook; they never
change identity, so nothing behaves differently.
The place form, the service stop form, the stop popup, the stay release
question, the trip and member dialogs, the booking, transport and transit
editors, the importers and the booking detail move out of useTripPlanner
into usePlannerDialogs, together with the ?create= and ?tab= effects and
the AirTrail sync. plannerTypes.ts holds the option types the planner's
sub-hooks share.
useTripPlanner calls the new hook where that code used to sit, so every
effect still runs in the same order and the planner returns the same
object. The state setters it now receives from the hook are added to the
dependency lists that use them; they never change identity, so nothing
behaves differently.
TripSummary leaves RoadtripSidebar.tsx for its own module and is
imported back by name; Unit and splitValue go with it unexported.
The day card's header becomes DayHeader in the same module. Its body is
the header element the card drew inline, together with the reads only
the header used: the language, the distance unit, the clock format,
the missed ride and the day colour. The card keeps its translation and
passes the day, the fold state and the track details straight through.
DayHeader returns the bare header with nothing around it, so the markup
is unchanged, and it sits at module scope so it never remounts.
The code moves as it was otherwise, with the dashes in the moved
comments rewritten as colons and commas, and the imports only these
two used leave the sidebar, which is down to about 700 lines. Nothing
renders differently.
New tests render both on their own: the summary's figures split from
their units, narrow and still loading; the day's facts and its fold
control; a day over the driving limit, roads it could not avoid, a
missed flight, the track badge with and without its name, and the
wash in the day's own colour.
ServiceStop, RouteViaStop and Stop leave RoadtripSidebar.tsx for their
own module and are imported back by name; effectiveFill goes with them
unexported, and the imports only they used leave the sidebar.
The badge row under a stop's name was written out twice, once in each
stop shape. It is now the local StopBadgeRow, which both render in its
place. It returns the same span with nothing around it, so the markup
is unchanged, and it reads the fill setting and the vehicle the two
shapes used to read themselves. Those are plain store reads, so moving
them one component down changes nothing either.
The code moves as it was otherwise. The note on the stop kind table now
sits at the lookup it describes, the comment on the two settings says
where they are read now, and the dashes in the moved comments become
colons, commas and full stops; each theme-lint-disable stays on the
line of its style. Nothing renders differently.
New tests render the rows on their own: a plugin halt with and without
its name and stay, the kind picker on a pause and on a numbered stop by
click, Enter and Space, the drive findings and the walk from the road
on both shapes, including the range and unknown findings the rail never
draws, and the fill badge with the traveller's default.
TerminalStop, BookendStop, RideBlock, BookingChips and UndatedRides
leave RoadtripSidebar.tsx for their own module and are imported back by
name. RIDE_DASH, DiscRow, CodeChip, TimetableClock and CheckInBadge go
with them unexported, since only these rows use them, and the imports
only they used leave the sidebar. The code moves as it was; the one
change is that UndatedRides spells out the type of its booking callback
instead of reading it off the sidebar's props, so the new module never
imports from the sidebar. Nothing renders differently.
New tests render each row on its own: a departure with its clock and
check-in, a hire desk, a booked night that is left after check-out, a
ride that is caught, missed or has nothing on its timetable, the chips
a reader may and may not open, and the rides on no day.
DriveBand and SpillBlock leave RoadtripSidebar.tsx for their own module
and are imported back by name. MODE_ICON goes with them, unexported,
since only the drive band reads it, and the imports only these two used
leave the sidebar. The code moves as it was, with the dashes in its
comments rewritten as colons, commas and full stops. Nothing renders
differently.
New tests render both on their own: every travel mode's sign, the
alternatives button and its pressed state, a hop, a ride with and
without its booking and timetable, and a night drive that is automatic,
has no leg yet or misses its figures.
RefuelBand leaves RoadtripSidebar.tsx for its own module and is
imported back by name; the imports only it used go with it. The code
moves as it was, with the dashes in its comments rewritten as colons
and parentheses. DriveBand's note, which the band used to separate from
its function, now sits directly above DriveBand. Nothing renders
differently.
New tests render the band on its own: idle, searching, offers with and
without the right to add one, each empty answer, and the battery words
for an electric car, which no existing test reached.
OffRoadBadge, FillBadge, NightCheckIn, StayBadge, DriveFindingBadge,
DayCarry, Arrival and LateBadge leave RoadtripSidebar.tsx for their own
module and are imported back by name. The code moves as it was. The doc
blocks that sat stranded above other functions now stand above the
badge they describe, StayBadge's two notes as one, and the dashes in
the moved comments become colons and commas. Nothing renders
differently.
New tests render each badge on its own, including the walk from the
road and the range and unknown arms of the drive finding, which the
rail never reaches.
RAIL_GRID, RAIL_DASH, DISC, STAT_LABEL and DAY_BADGE leave
RoadtripSidebar.tsx for a plain module beside it, so the parts the
sidebar is split into next can share them without importing from the
sidebar itself. Values and comments move as they were, except that the
dash in the DISC note becomes a colon; the two style objects are typed
as CSSProperties from a type import. Nothing renders differently.
The plan tab's MapView with the route alternatives bar, the overview and
trail stack, the POI and compass cluster, the phone compass and the phone
POI portal move to pages/tripPlanner/PlanMapStage.tsx. It returns the same
children as a fragment in the same place, so the DOM and the portal order
stay as they were. Its props are picked from the planner hook's own types.
The four physical sides that moved are map geometry and carry an
rtl-lint-disable marker on their line, so the page's rtl baseline drops
from 17 to 13. Two moved comments lose a dash.
ListsContainer, the packing and to-do subtabs of the lists tab, moves
unchanged to pages/tripPlanner/ListsContainer.tsx, taking along the
imports only it used. The page renders it exactly as before.
The lazyWithRetry declarations of the planner page move to
pages/tripPlanner/plannerLazy.ts, a plain module so Fast Refresh keeps
treating the page as a component boundary, and LazyPanel moves to
pages/tripPlanner/LazyPanel.tsx. The page imports both. Comments travel
with their code; two of them lose a dash. Nothing renders or loads
differently.
Maurice