The receiver row showed the core's raw reason code (e.g. destination_exists),
breaking the never-expose-raw-reason-blobs rule. Map the core reason codes to the
existing L10n.Error.* messages via receiverReasonUiText, with a generic fallback so
a raw code is never surfaced.
Add a UNUserNotificationCenterDelegate didReceive handler so tapping a notification
is handled inside the running app — activating and bringing the existing window
forward — instead of falling through to default launch behavior, which on macOS
can surface a second process. The approval/transfer UI is driven by core state, so
activating the window reveals any pending approval.
Convert master's raw-string localization keys and SF Symbols in the new
relay/network code to typed accessors, matching this branch's typed-resources
convention: relay mode labels/descriptions, NetworkSettings strings, the endpoint
id and relay-validation messages (now typed L10n functions), and SF Symbols via
SFSafeSymbols. Retype the model's relayApplyErrorKey from a raw String key to
String.LocalizationValue so no loose key literals remain in the settings layer.
Move the relay-mode picker's Network title into a Section header (the inline
picker label rendered as a stray row on iOS) and hide the picker label. Use a
verbatim prompt for the relay URL placeholder so macOS stops markdown-linkifying
the URL-shaped text into a purple link.
Brings in custom relays, relay connection policies, storage cache clearing, and
receiver-failure reporting. Apple-side conflict resolutions:
- CoreRepository: keep CoreDispatcher, adopt master's relay factory + network
transition guard, drop the now-unused serial queue.
- TransferDetailsView: keep the toolbar-share layout; adopt master's
invitationPresentation-based QR panel and the new .failed receiver case (typed).
- SettingsModel/SettingsScreen: typed L10n titleKey with master's .network case;
relay controls and the Free up space / storage redesign coexist.
- Add the missing transfer_receiver_failed localization key.
- Regenerate l10n from the merged strings.json; keep the Apple catalog untracked.
- Drop the notificationsEnabled test assertion (notifications preference was
intentionally removed on this branch).
progressForReceiver only labelled a receiver Completed when no progress/started
events preceded the completion, so the normal progress→completed sequence fell
through and rendered as Sending despite a .completed kind. Events are newest-first,
so a completed latest event is always terminal — label it Completed. Fixes the
failing ProgressDerivationTests.testReceiverCompletionAfterProgressIsTerminal.
Replace the bare text links under Start sharing with an even row of bordered,
icon-led buttons (Change files, Choose folder, plus Clear on wider layouts).
Single-line labels keep them equal height, and a neutral tint keeps them quiet so
the purple Start sharing reads as the primary action.
Send rows get a context menu that acts inline without navigating: Share opens the
share panel (QR + delivery) over the list via a dedicated sheet host, Stop sharing
(active shares) and Delete transfer run in place, the latter through a new id-based
SendModel.deleteTransfer and a list-level confirmation alert. Receive rows get a
Delete action mirroring swipe-to-delete (handy on macOS).
Put a share icon in the transfer-details toolbar (opening the QR/share panel) in
place of the delete button, drop the now-redundant Share row from the list, and
move Delete transfer into the bottom section alongside Stop sharing.
The core initializes asynchronously at launch, so for a moment the transfer lists
look empty and the app feels stalled. Show a full-window overlay (centered spinner
+ "Starting…") as the top layer of the root stack while coreState.isInitialized is
false; it fades out once the core is ready.
After Start sharing succeeds, jump straight to the new transfer's share panel
(QR code + delivery actions) instead of returning to the list and making the user
drill in via the row and the share row. Refresh first so the transfer exists in
state before selecting it; the share panel already handles the brief window before
the ticket is ready.
Redesign the Storage screen for clarity: an "On this device" usage header with a
manual Refresh control, symbol-led action buttons, and a caption under each action
spelling out exactly what it does (Free up space = temp + trash, non-destructive;
Delete all transfers = clears history + cached share content, keeps received
files).
Fix the summary sticking on "Calculating…": it loaded only on .onAppear and bailed
when opened before the core finished its async launch, leaving the loading branch
showing with nothing running (only a manual refresh recovered it). loadStorageUsage
now waits for the core to become ready before reading usage, distinguishes a real
failure (retry) from loading, loads via .task, and can be refreshed on demand. Use
plain button styling with explicit tints so pressing an action no longer flips the
label to the white selection highlight.
Delete all transfers only clears core records, and the blob-store cache is
reclaimed by the core's own timer. Neither touches the app's temporary directory
(leftover picker/staging copies — hundreds of MB on macOS) or the stray .Trash
folders that accumulate in app-owned directories and can't be removed via
Files/Finder. Add a non-destructive Free up space button that empties the temp
directory and removes .Trash folders under the core data dir (and, on iOS, the
fixed Documents receive folder), reporting the bytes reclaimed. Guarded against
running while a transfer is in flight; never touches received files, the core
database, or user-chosen macOS receive folders.
macOS uses a single-instance `Window` scene instead of `WindowGroup`, which
otherwise lets the app open multiple windows (via ⌘N). iPadOS sets
`UIApplicationSupportsMultipleScenes = false` to block a second scene via Stage
Manager / split view. (`LSMultipleInstancesProhibited` only blocks a second
process, not a second window.)
Set LSMultipleInstancesProhibited so re-launching VniDrop (or opening a
vnidrop URL) activates the running instance instead of spawning a second
copy. iOS ignores the key — it's single-instance already.
The macOS sidebar selection and item icons rendered in the system default
blue because the app had no global accent color — SwiftUI's `.tint` doesn't
reach the AppKit-backed sidebar. Add an AccentColor asset (the exact sRGB of
VniDropColors.brandPurple) and wire ASSETCATALOG_COMPILER_GLOBAL_ACCENT_COLOR_NAME
so the accent applies at the OS level everywhere, including the sidebar.
The "Save received transfers to" section was a gray folder label that read
like a disabled field, stacked above two full-width buttons. Replace it with
the standard macOS "label · value · inline action" row: a folder icon + the
current folder name with a trailing "Choose folder" button, long names
truncated in the middle. "Use default" now shows only when a custom folder is
actually set (hidden when already on the default, where it'd be a no-op).
Confirming a transfer/history deletion flashed the same confirmation alert a
second time before it went away. The destructive button runs confirmDelete
synchronously (setting isDeleting = true), while the alert's isPresented
dismiss binding fires asynchronously and then no-ops because its
`if !isDeleting` guard is already false — leaving the open flag set, so macOS
re-reads the binding as true and re-presents the alert until the async delete
finally clears it.
Close the confirmation flag synchronously in confirmDeleteTransfer /
confirmHistoryDelete so there's no window for re-presentation. Tests assert
the flag clears immediately, before the async delete completes.
Adds background notifications for the "the thing you were waiting for is
done" moments, alongside the existing incoming-approval-request one:
- a receive finished downloading (receive -> done)
- a receive failed / was interrupted (receive -> failed)
- a share you own failed (send -> failed)
- a receiver finished downloading your share (receiver status completed)
A new TransferNotificationCoordinator observes core state + signals and
publishes these; the decision of which moments notify is a pure function
(plannedTransferNotifications / plannedReceiverNotifications), unit-tested
independently. The first state snapshot only primes existing history as seen
so launch doesn't spam.
Notification permission is now the single source of truth. The in-app
notifications toggle and its decoupled UserDefaults preference are gone;
the Settings section shows an "Allow notifications" button that requests the
OS permission (or deep-links to Settings once decided), and notifications
gate purely on `permission == .granted`.
macOS delivery fixes:
- add a UNUserNotificationCenterDelegate so banners present even while the
app is active (the app window is usually open on macOS)
- present-when-active on macOS, suppress-when-foregrounded on iOS
- reserve the notification id before awaiting publish: the CombineLatest
fired several times and re-added the same identifier, which macOS
coalesces into a silent update with no banner
- LocalNotificationService seeds its permission at init so gating can't
race a not-yet-refreshed .notDetermined
Eight localized title/body strings added (apple-only); the shared
notifications_description copy is generalized from "receive requests" to
"transfer activity".
Localizable.xcstrings and Generated/L10n.swift are generated from
localization/strings.json — the single source of truth — yet were committed,
which caused redundant tracking and a spurious ~10k-line diff every time
Xcode reformatted the catalog on build.
Treat them like the (already gitignored) Rust bindings: generate at build
time instead of tracking them. gitignore both; make the `apple-project`
target depend on `localization` so `bun run generate` recreates them before
xcodegen; install Bun in the Apple CI job and trigger it on localization/**.
Android strings.xml stays tracked — it has no reformatting churn and its
build doesn't run the generator.
The Cancel button on an in-progress receive did nothing. CoreRepository
funnelled every core call through one serial DispatchQueue, but `receive`
is a blocking core call that occupies that queue for the whole transfer.
The tapped `cancelTransfer` was enqueued behind the in-flight `receive` on
the same serial queue, so it could never run until `receive` returned —
which it never would, because it was waiting to be cancelled. A deadlock
the button couldn't escape.
The Rust core is explicitly designed for cancel to arrive from another
thread mid-receive (VnidropCore.block_on uses a shared runtime handle for
exactly this). Extracts the two-lane dispatch into a CoreDispatcher: a
serial lane for ordered calls and a separate concurrent lane for
interrupt-style calls, and routes cancel through the latter so the signal
reaches the core and unblocks the receive.
Adds CoreDispatcherTests, including a regression guard that an interrupt
completes while the serial lane is blocked.
Replaces the stringly-typed transfer-event phase/kind/direction values
throughout the progress-derivation logic with EventPhase, EventKind and
EventDirection enums (String-backed to match the core's wire values).
CoreEventModel keeps the raw wire strings as a faithful boundary DTO but
exposes typed eventPhase/eventKind/eventDirection accessors; all logic —
progressForTransfer/Receiver, humanProgressLabel, aggregateReceiverProgress,
the refresh trigger, and the SendScreen snapshots — now compares enum cases
instead of literals. TransferProgress.phase/kind are the enums directly, so
constructions read `phase: .transfer, kind: .progress`. The two ad-hoc
phase/kind Sets collapse into "is a recognized case" (non-nil) checks.
The Apple catalog carried four stringly-named passthrough keys ("%@",
"%@ · %@", "%@ %@ · %@", "%@%%") left over from the KMP port. They were
never referenced as keys — the composite strings were built inline with
hardcoded separators, so the middot/percent formatting wasn't localizable.
Renames them to proper semantic keys in strings.json:
- format_separated_pair(first:second:) "{first} · {second}"
- format_separated_triple(first:second:third:)
- battery_level_value(level:) "{level}%"
and drops the pure-identity "%@". Wires the inline compositions (size ·
status, count files · size, receivers pending · completed, battery level)
to the generated typed accessors. Catalog now validates with zero warnings.
Replaces every stringly-typed SF Symbol name with a compile-time-checked
SFSymbol case, mirroring the L10n accessor approach. A mistyped or
OS-unavailable symbol is now a build error instead of a silently blank
glyph at runtime.
Adds the SFSafeSymbols SPM package (project.yml) and migrates all call
sites: Image(systemName:)/Label(systemImage:) -> systemSymbol, and the
five symbol-carrying view properties (AppDestination.systemSymbol,
SettingsRow.icon, AboutPoint.symbol, MethodRow.icon, PolicyOption.icon)
flipped from String to SFSymbol end to end.
Replaces every stringly-typed localization key in the Apple app with
compile-time-checked accessors generated from localization/strings.json.
A mistyped key is now a build error instead of a silent fallback to the
raw key at runtime. The runtime path is unchanged: plain keys are
String.LocalizationValue constants resolved with String(localized:) and
Apple's String Catalog still does the lookup; keys with arguments become
typed, named functions applying args through String(format:).
Generator: new renderSwiftAccessors emits apple/VniDrop/Generated/L10n.swift,
wired into generate. Renamed generic arg1/arg2 tokens on four keys to
semantic names (receiver, transferName, deviceId) and updated their context
notes; positional output is unchanged so .xcstrings (bar the 4 comments)
and the Android XML regenerate identical.
Migration: every key-carrying value flipped to String.LocalizationValue
end to end, resolved only at the leaf. Zero key literals and zero
LocalizedStringKey remain in app or test code. macOS build passes; iOS
test run pending.
Add strict custom Iroh relay profiles with safe restart and rollback across the Rust core, Compose apps, and Apple apps. Preserve multi-relay invitations and fail closed on configuration or recovery mismatches.
The send flow stacked two .fileImporter modifiers on the same view (one
for files, one for folders). On iOS/macOS before 27, SwiftUI can't have
two presentation modifiers of the same kind on one view — the second
shadows the first, so toggling the files importer presented nothing and
"Choose files" appeared to do nothing. macOS/iOS 27 changed presentation
handling, which is why it worked there.
Collapse the two importers into a single .fileImporter that switches its
allowedContentTypes and allowsMultipleSelection based on whether a file
or folder pick is pending. Behavior is unchanged on 27 and now works on
26 and earlier.
Replace "раздача"/"раздаваться" (literally "seeding") with neutral
"общий доступ"/"отправка" phrasing across the Russian strings, to avoid
BitTorrent connotations for App Store review.
Translate all 253 user-facing strings to Russian (professional UI register;
count strings use number-neutral "label: {count}" form). transfer_file_count
uses full CLDR plural categories (one/few/many/other). Generates
values-ru/strings.xml for KMP, ru localizations in the Apple catalog, and adds
ru to CFBundleLocalizations. Completes the initial 8-language set.
Translate all 253 user-facing strings to Dutch (formal "u"), including the
transfer_file_count plural. Generates values-nl/strings.xml for KMP, nl
localizations in the Apple catalog, and adds nl to CFBundleLocalizations.
Translate all 253 user-facing strings to Polish (standard professional UI
register; gender-neutral phrasing; count strings use number-neutral "label:
{count}" form). transfer_file_count uses full CLDR plural categories
(one/few/many/other). Generates values-pl/strings.xml for KMP, pl localizations
in the Apple catalog, and adds pl to CFBundleLocalizations.
Translate all 253 user-facing strings to European Portuguese (pt-PT, formal;
EP vocabulary — ficheiro, guardar, Definições, partilhar). Generates
values-pt/strings.xml for KMP, pt localizations in the Apple catalog, and adds
pt to CFBundleLocalizations.
Translate all 253 user-facing strings to German (formal "Sie"; standard iOS
term conventions). Generates values-de/strings.xml for KMP, de localizations in
the Apple catalog, and adds de to CFBundleLocalizations.
Translate all 253 user-facing strings to Italian (formal "Lei"; standard iOS
button terms follow Apple conventions). Generates values-it/strings.xml for
KMP, it localizations in the Apple catalog, and adds it to CFBundleLocalizations.
Translate all 253 user-facing strings to Spanish (formal "usted"), including
the transfer_file_count plural. Generates values-es/strings.xml for KMP, es
localizations in the Apple catalog, and adds es to CFBundleLocalizations.
The per-app language picker in iOS Settings only appears when the built app
declares multiple localizations. Add the planned languages to the Xcode
project's knownRegions (so Xcode compiles their .lproj from the String
Catalog), and have `generate` keep CFBundleLocalizations in Info.plist in sync
with supportedLanguages (currently en, fr).
Translate all 253 user-facing strings to French (formal register), including
the transfer_file_count plural. Generates values-fr/strings.xml for KMP and
fr localizations in the Apple catalog (marked needs_review).
Most strings were imported with a platform-specific `targets` (usually
apple-only) just because that's where they happen to be used today. Drop the
restriction so they default to all targets and are available to KMP too; only
the four literal `%@…` format-composition keys stay apple-only.
Also fix the placeholder parser to tolerate C length modifiers (`%lld`), and
give progress_sending_to_count a proper int arg so it emits `%1$d` on both
platforms instead of a literal `%lld`.
Replace the placeholder `context` on all 255 keys in strings.json with a
description of where each string appears and its purpose, and regenerate the
xcstrings so the comments flow through to the Apple catalog.
Add localization/ — one strings.json is the source of truth for every
user-facing string, and a Bun CLI generates the platform files:
loc migrate rebuild strings.json from existing platform files (one-time)
loc validate structural checks (plural `other`, arg refs, coverage)
loc generate emit .xcstrings (Apple) + per-language strings.xml (KMP)
Canonical `{name}` placeholders are converted to each platform's positional
printf tokens using declared arg types. Plurals use CLDR categories and emit
native forms: xcstrings plural variations and Compose <plurals> blocks.
Migration folds the KMP `transfer_file_count_one`/`_other` pair into a single
plural key, so `transferFileCountResource` now returns the plural resource and
callers resolve it with pluralStringResource.
- Introduce a CoreGateway protocol so feature models depend on a seam
(CoreRepository conforms); enables faking the core in tests
- Add a VniDropTests target with 42 tests mirroring the KMP suites:
approval coordinator, send/receive/settings/app models, preferences,
file previews, invitation decode, message queue, error mapping
- Add a fake gateway/file-system/device-info and fixtures
- Add .github/workflows/apple.yml: build the Rust core, generate the
project, and run the tests on an iOS Simulator
Enable complete strict concurrency and switch the app target to Swift 6.
- Isolate model dependency protocols to @MainActor
- Make the CoreRepository blocking-FFI bridge race-free: nonisolated(unsafe)
core handle, nonisolated runCore/readSnapshot, @Sendable work block,
Sendable domain models
- Fix Binding method-reference captures; @preconcurrency imports for
CoreNFC/AVFoundation/VnidropCore; isolate the NFC/QR delegate helpers
