After a tap, WebKit and Chrome keep :hover on what was tapped and send a
made-up mouseover, so buttons and rows stayed tinted until the next tap.
While a finger drives the app <html> carries data-touch-input: a PostCSS
step guards every :hover rule with it (no specificity change), and the
made-up mouseover and mouseout stop before any handler. A trackpad or mouse
clears the mark and gets hover back; a browser never sets it.
A control without a press of its own dims the moment a finger lands on it,
after a 60 ms wait so a scroll does not flash rows, and only the innermost
pressed control. A focus: ring no longer stays round a tapped button.
Fields get a fitting return key ("done", "go" in a form, "search" on the
search fields), and addresses, codes and numbers are no longer capitalised
or corrected. Ticking off packing items and tasks, a picker chip, a select
option, a picked date and dragging a plan row now give the haptics a native
list gives.
Confirmations ask through the system where the binary has the new
@capacitor/action-sheet and @capacitor/dialog plugins: a sheet with the
action in red when it destroys something, an alert otherwise, also for
"discard changes" in a sheet. An older app, a browser and a question with a
list under it keep the HTML dialog, as does a system that could not ask.
iOS no longer lifts a page preview on a long press on a link.
In the iOS and Android app a long press on a label, card or image started a text
selection, the magnifier or a "save image" menu, the clearest sign of a web page
in a frame. startNativeApp marks <html> with data-native-app, and index.css then
turns selection and the callout off for the UI. Inputs, textareas, selects and
editors stay selectable so typing, pasting and the caret work; text worth copying
opts in with .trek-selectable. A browser keeps its default.
The claim screen takes the password (TREK's policy, checked before anything is
bought) and sends it with the purchase; the control plane answers with a
one-time welcome code, which the app hands to setServer. iOS and Android open
the instance's welcome page with it once after the first page, which signs the
buyer in. Without the code (a restore, an older control plane) the app opens
the instance as before.
A moment after signing in, the app asks whether to turn notifications on, once per device and only where the server offers push and the device is not signed up yet. Turning them on goes the way of the settings card, which brings up the system's question. iOS asked only when someone found that card.
In the app the keyboard resizes only the body, which leaves the trip shell's fixed layers as they were, so the composer sat under the keys. The keyboard inset now also follows the height the app reports, and the chat lifts its composer by it. A picture in the chat opens full screen on a tap and zooms on a second; it sits below its bubble, keeps the long press for the message's actions, and a picture sent alone has no empty bubble beside it.
A change to a trip's packing lists or to-dos (any writer: REST, MCP, plugin RPC) is noted from the realtime broadcast and, a couple of seconds later, each member with the iPhone app gets a silent push through the app relay, marked as a background push. The push carries no content: the woken app reads both lists of the trip its watch shows from the server with its own session and hands them to the watch. The app gains the remote-notification background mode for it.
The import sheet no longer sets state from its preset effect and is below the complexity limit; the trip shell's splash tests await their timers. The iOS and watch builds resolve their Swift packages first on a clean artifact cache, up to three times: a failed download from GitHub left a partial Capacitor xcframework behind and every later attempt stopped on it.
The tour tab keeps desktopOnly as a plain property, so the tab list's type still has it. The wiring test follows the tab's new gate. The import sheet keeps the choice and the save with the item they were made for instead of resetting them in an effect, takes the share sheet's trip through an effect event instead of a ref read while rendering, and is split into its parts. The tours tab sets its pane while rendering, as React has it for state that follows a prop. The sheet's tests look for the texts it shows. The Android link test reads the host with java.net.URI, which a JVM unit test can run. Two locale files take Prettier's quotes.
The touch shell waited for the desktop's minimum splash of a second and a half after every trip load. It no longer does: while the trip loads it shows only its background, marked as a route fallback, so the page transition holds the dashboard until the trip is there and the trip slides in whole, as the dashboard slides back on the way out. The splash only comes up when a load takes longer than a second. The trip opened before, still in the store for a frame, is never shown for the one opening.
A page or a link shared from another app now carries its address. The app asks whether to keep it among the trip's links (Collab, Links) or to read a booking from it. A link whose page the phone cannot read is no longer refused: it is handed over as the link alone, which can be kept. With Collab off a page is read as a booking, as before.
The watch's snapshot was rebuilt every fifteen minutes, so a tick in the app or one arriving over the WebSocket did not reach the watch until then. It is now rebuilt as soon as the packing lists or the to-dos change in the offline tables. A tick on the watch goes as a message while the phone is in reach, which wakes the phone app, and a phone app in the background writes it to the server itself, so the trip's other devices hear of it at once instead of when the phone app is next opened.
On the wide and split size classes the touch shell no longer sends the tours tab back to the plan. It gets the desktop's tour editor, wired over the shell's own planner (useTripPlannerPageOf): on split the trip's tours and the editor share a pane beside the map, on wide the pane and the map take turns. A phone keeps its tours in the places browser.
Studio is a child route of the journey, opened on top of it. The touch
shell's journey now renders that child in the split size class, where the
header offers Studio beside the menu, as the desktop's bar does. The editor
is the desktop's: tapping a panel, adding an element and dragging it with a
finger work through its pointer events. On the phone and in a single pane
the journey stays alone, whatever the address says, and offers no Studio.
Maurice