Adds contact, pairing, and offer models plus the gateway surface the feature
models will use. Contacts and offers are endpoint-scoped events with no
transfer id, so they get their own coalesced signals.
DeviceContact.displayName prefers the local label over the name the peer
claims, and carries a short endpoint fingerprint for telling apart devices
using the same name.
Contacts list and detail, pairing consent prompts, incoming offer prompt,
and the grant lifetime setting, in all nine supported languages. Added to
strings.json and regenerated; targeted at both platforms so the Compose
resources exist when the KMP side is built.
Package.swift named its module VniDropApp while all 16 test files import
VniDrop, and it never declared the SFSafeSymbols dependency that project.yml
links, so neither swift build nor swift test worked. The Xcode project is
already the only functioning build definition for the UI and the tests.
Removes a second dependency list that had drifted, and corrects the README,
which documented the CLI path as if it worked.
Adds SubmitOffer to the contacts ALPN: the sender creates an ordinary share
and pushes the ticket over an authenticated connection, replacing the QR
code without changing the transfer itself.
Only the receiving user is prompted. The sender pre-authorises the target
endpoint before offering, and the approval service now honours an existing
access session, so the handshake the receiver runs next does not ask the
sender to approve a transfer they initiated. An unsolicited ticket receive
still prompts as before.
The ticket leaves the core only when the user accepts; declining yields
nothing. Offer-created shares are never public, one prompt per device is
pending at a time, a decline starts a cooldown, and forgetting a device
clears any prompt it left on screen.
New /vnidrop/offer/1 ALPN carrying grant delivery and revocation, with a
per-connection challenge so a captured proof cannot be replayed onto another
connection. Unlike the transfer handshake, this serves nobody without a
grant, so an unpaired device cannot raise a prompt on the far side.
A delivered grant is never stored on arrival: it waits for the local user's
consent, so an unsolicited grant cannot create a contact. Forgetting a
contact revokes locally first and notifies the peer best effort. A blocked
endpoint is refused indistinguishably from any other refusal.
Adds the UniFFI surface for listing, pairing, forgetting, blocking, labels,
and grant lifetime.
Schema 7 -> 8 adds contacts, grants_issued, grants_held, and
blocked_endpoints. Kept in their own module so repository.rs does not grow
further; the tables migrate with the rest of the schema through the shared
pool.
Revocation tombstones rather than deletes, so a returning peer is answered
Revoked instead of Unknown and can drop its dead entry. Blocking revokes any
outstanding grant, and unblocking does not hand access back.
Grants are the capability a device issues so a known peer may reach it. The
issuer is the only party that can validate one, which is what makes consent
and revocation enforceable without the peer's cooperation.
Pure module: proof construction and constant-time verification bound to the
challenge and both endpoint ids, idle expiry renewed on use, and secrets
redacted in Debug output.
Sender-held offers with a bounded foreground pull instead of push
infrastructure. Records that APNs is out of scope and that mobile-to-mobile
with both apps closed is unsupported.
Design for remembering devices after a transfer and sending to them without
a new invitation. Grant-based contacts so consent and revocation are
enforceable by the party being remembered. Local network discovery
considered and deferred (Appendix A).
Xcode Cloud only checks out the repo, so ci_post_clone.sh installs swiftlint,
xcodegen and bun, downloads the prebuilt core (vnidrop.xcframework + Vnidrop.swift)
from the matching GitHub Release asset, and generates the project via localization,
version/app config codegen and xcodegen. Rust is never built on Xcode Cloud.
In a Gradle Kotlin DSL script `java` resolves to the Java plugin extension
accessor, so `java.util.Properties` failed script compilation with
"Unresolved reference 'util'", breaking the shared/Linux/Windows KMP jobs.
Import java.util.Properties and use it unqualified, matching the root build.
Update the site privacy policy (no telemetry/analytics, bug-report only, v1.2)
and the README/apple README to reflect that only user-submitted bug reports
remain.
Remove the /v1/events and /v1/crashes routes, their normalizers and storage
paths, and simplify retention to the bugs table. Add a migration dropping the
now-unused event_batches and crashes tables, and regenerate worker types.
Drop the Share-diagnostics preference, its Settings toggle and the
DiagnosticsBuildConfig stub. Bug reporting (NoopBugReportService) and the
diagnostics install id used for bug-report correlation are retained.
Delete the TelemetryRecorder, CrashReporter, PendingCrashStore and platform
crash hooks along with their models, JSON encoders and the diagnostics opt-in
preference. The DiagnosticsTransport interface is narrowed to sendBugReport, and
DiagnosticsCoordinator now only wires the bug-report service and install id.
Bug reporting, the breadcrumb buffer, log redaction and the diagnostics endpoint
config are kept. Regenerate localization after dropping the diagnostics_* keys.
Add a single source of truth (root app.properties) for public app-wide
constants, injected at build time on both platforms instead of hardcoding.
- Apple: generate-appconfig.sh -> Generated/AppConfig.swift (wired into
`make apple-app-config`), consumed as AppConfig.privacyPolicyURL.
- KMP: generateAppConfig task -> AppConfig.kt (mirrors DiagnosticsBuildConfig),
consumed as AppConfig.PRIVACY_POLICY_URL.
Replaces the stale hardcoded privacy-policy URL on both sides with
https://vnidrop.sudosy.fr/privacy/.
Also fix the Apple release core build: disable release LTO in build-core.sh
(Cargo forbids lto in a build-override) to avoid the proc-macro
"mis-aligned LINKEDIT string pool" corruption, so release archives are
compact instead of shipping the debug core.
Update the app icon.
Tests: shell test for the generator (escaping, missing/duplicate key),
plus XCTest and jvmTest asserting the generated value matches app.properties.
The earlier approval-modal fix folded SnackbarHost and the approval modal into a
single OverlayLayer child; nested that way the approval host's full-bleed clear
layer covered the toast, so snackbars stopped appearing.
Split them: rename OverlayLayer to ApprovalLayer (approval modal only) and hoist
SnackbarHost to a top-most direct child of the root ZStack, observing the live
`graph.messages` directly. The toast now renders above the overlay again.
Tapping an approval notification while the app was backgrounded crashed on iOS
with "Call must be made on main thread". The UNUserNotificationCenterDelegate
methods are `async` and nonisolated, so their continuation resumes off the main
thread at the return point — where UIKit synchronously runs state-restoration /
snapshot work, tripping the main-thread assertion. (The empty iOS `didReceive`
body didn't matter; even an empty async method returns off-main.)
Isolate NotificationPresenter to `@MainActor` so the delegate returns on the main
thread. `@preconcurrency` on the UNUserNotificationCenterDelegate conformance is
required because those requirements are nonisolated with non-Sendable UN*
parameters, which strict concurrency won't otherwise let a main-actor type
witness. The macOS branch's now-redundant `await MainActor.run { … }` is dropped.
Bundle the compiled Apple core — vnidrop.xcframework plus the generated UniFFI
bindings (Vnidrop.swift, a source file that lives outside the xcframework) — into
VnidropCore-<version>.zip with a checksum, and attach it to the GitHub Release.
This lets a consumer (e.g. Xcode Cloud, later) use the prebuilt core instead of
installing Rust and running build-core.sh.
No duplicate builds: the release job compiles the core once (build-apple-dmg ->
build-core.sh release), links it into the signed DMG, and package-core.sh only
zips that same output. Package.swift is unchanged (still binaryTarget(path:)).
- apple/scripts/package-core.sh: stage xcframework + Vnidrop.swift and zip them
with a sha256sum/shasum-compatible checksum sidecar (macOS-native).
- Makefile: package-apple-core target.
- apple-release.yml: run package-apple-core after the DMG and upload the zip +
checksum in the macOS artifact.
- assemble-release.sh: verify the core zip's checksum, copy it into the final
assets, and list it in release-manifest.json + SHA256SUMS (+ fixture update).
The Rust core's macOS slice (vnidrop.xcframework) is built aarch64-apple-darwin
only, so every target is Apple-Silicon-only — not just the Release-Direct build.
Hoist ARCHS: arm64 from the VniDropDirect target into the project-wide base
settings so no configuration attempts a universal link that would fail looking
for x86_64 symbols. Intel Macs are unsupported (EOL with macOS 28).
The approval modal never appeared for a macOS sender: the receiver request
reached the core and even fired its notification, but the modal stayed hidden.
Root cause was observation, not presentation. `RootView` derived `approvals`
and `messages` as `@ObservedObject` in `init` from a freshly built `AppGraph`.
`init` runs on every view re-creation and each run makes a throwaway graph, so
those observed objects were repointed to a dead `ApprovalCoordinator` that never
receives core events — while the persisted `@StateObject graph` (and the models
wired to it) kept the live one. Debug happened not to re-init the view, so it
stayed on the live instance; release re-inits it, exposing the bug.
Move the snackbar + approval modal into an `OverlayLayer` child view that takes
the coordinator/messages as `@ObservedObject` and is constructed in `body` from
the persisted `graph`, so the subscription is always against the live instances.
While here:
- Present the approval only after any open share/QR sheet has actually finished
dismissing (macOS can't stack sheets), driven off the sheet's real
`onDismiss` completion via a new `AdaptiveDrawer.onDismissed` hook and
`SendModel.shareSheetsDismissed` — no wall-clock delay.
- Move the list-level share-sheet state (`shareTargetId`) into `SendModel` so the
approval flow can dismiss every share surface centrally.
- Add a fallback: pending receiver rows in the Receivers panel now offer an
Approve action (`SendModel.acceptReceiver`) alongside Refuse, for the case the
modal didn't surface.
Replace the free-form InvitationError.message(String) case with semantic
cases mapped to L10n keys at the UI boundary (Error.uiText), so user-facing
error text is localized instead of substring-matched from English blobs.
.raw(String) remains only for genuinely dynamic system/core messages.
Localize the CoreNFC alertMessage prompts via existing L10n keys, and add
SwiftLint rules (raw_alert_message, raw_invitation_error) to catch raw
alert strings and literal .raw("…") errors going forward.
Approval modal: since the Share/QR sheet auto-opens after creating a transfer,
it is always up when a receiver request arrives, and macOS silently drops a sheet
presented while another is still dismissing — so the approval sheet never appeared.
Drive the approval sheet from explicit state (not a constant binding) and, on
macOS, defer its presentation one dismiss-beat after closing the Share/QR sheet so
the hand-off is serialized. Still a non-dismissable sheet; iOS timing unchanged.
Sandboxed file sharing: the macOS picker released its security scope immediately,
so the core's later import failed with EPERM under the App Store sandbox (the
non-sandboxed .dmg was unaffected). Capture a security-scoped bookmark at pick
time and re-acquire access across shareFiles() — during which the core imports the
bytes — mirroring the receive-folder scoped-access pattern.
Add a second macOS shipping channel alongside the App Store build:
- New VniDropDirect target (Release-Direct config) sharing VniDrop's sources via
an AppBase target template; links Sparkle behind the DIRECT_DISTRIBUTION flag so
the App Store binary never bundles a self-updater. arm64-only (core is arm64).
- Sparkle updater (SparkleUpdater.swift) + "Check for Updates" menu, compiled only
under DIRECT_DISTRIBUTION; Info.plist SUFeedURL points at the GitHub Release
/latest/download/appcast.xml, non-sandboxed entitlements for Developer ID.
- build-dmg.sh (archive → Developer ID export → DMG → sign → notarize → staple),
generate-appcast.sh, and ExportOptions-DeveloperID.plist.
- apple-release.yml: on tag v*.*.*, build/notarize the DMG, publish the GitHub
Release with appcast, and push the Homebrew cask to sudosylabs/homebrew-vnidrop.
apple.yml gains a PR compile-check of the direct target.
- CFBundleVersion is stamped at build time as a UTC YYMMDD.HHMM timestamp for both
channels, replacing the hand-maintained build number.
- Docs (RELEASE-MACOS.md, README), cask template + tap README, localized
updates_check string, Makefile targets, gitignore for dist/ artifacts.
