On iOS 26 with Full Keyboard Access enabled, a UITableView(style: .grouped) with custom cells only enumerates section 0 in the Ctrl+Tab focus order (But it works with arrow keys). Cells in sections 1+ are reachable via arrow keys, and canFocusRowAt fires and returns true when arrows spatially reach them — but Tab leaves the table after the last row of section 0 and jumps to the next focus item outside the table. Same code works correctly on iOS 18.x. focusGroupIdentifier strategies (single ID on the table, same ID across view/table/every cell, unique ID per cell) have no effect. tableView.allowsFocus is true. Is this a known iOS 26? Has anyone else run into this? final class CardCell: UITableViewCell { private let cardView = UIView() override init(style: CellStyle, reuseIdentifier: String?) { super.init(style: style, reuseIdentifier: reuseIdentifier) cardView.backgroundColor = .white cardView.translatesAutoresizingMaskIntoConstraints = false contentView.addSubview(cardView) NSLayoutConstraint.activate([ cardView.topAnchor.constraint(equalTo: contentView.topAnchor), cardView.bottomAnchor.constraint(equalTo: contentView.bottomAnchor), cardView.leadingAnchor.constraint(equalTo: contentView.leadingAnchor), cardView.trailingAnchor.constraint(equalTo: contentView.trailingAnchor), ]) } required init?(coder: NSCoder) { fatalError() } } // Table: UITableView(style: .grouped), 3 sections, register CardCell. // Reproduce on iOS 26 with FKA on → Tab from section 0 leaves the table, // skipping every cell in sections 1+.

I found the following statement on the site https://developer.apple.com/documentation/technotes/tn3187-migrating-to-the-uikit-scene-based-life-cycle: "Soon, all UIKit based apps will be required to adopt the scene-based life-cycle, after which your app won’t launch if you don’t. While supporting multiple scenes is encouraged, only adoption of scene life-cycle is required." Could you please clarify when exactly apps will no longer be able to launch if they do not adopt the scene-based life-cycle? I would like to confirm the deadline as the impact of this change is significant.

This is an iOS app that runs on Mac in iPad mode. on Mac, I want to be able to drop a file (pdf) on the app icon and see it in the app to display some notification that operation was OK. For this, I use notification, sent from sceneDelegate. All VC add observer for the notification, allowing to display whatever the front VC is. It works OK in most cases, except when: I drop a file on the app icon in the dock (app launched from Xcode which creates the icon in dock) In this case, I need to repeat the drop to get the notification sent. After that, it works systematically. The problem does not come from notification, but because func scene(_ scene: UIScene, openURLContexts URLContexts: Set) is not called, as I could test with: func scene(_ scene: UIScene, openURLContexts URLContexts: Set<UIOpenURLContext>) { print("dropped") } dropped is logged only on second drop. Why does this occur only for the dock icon ?

Posting here in case other CarPlay developers are hitting the same thing, and to give Apple engineers a forum-side reference for the radar. Filed as FB22828125. Symptom In a CarPlay app using CPListTemplate, UIImage instances assigned to CPListItem.image start rendering as the system placeholder glyph after extended CarPlay use (several hours to a few days of cumulative session time). Text labels and accessory chevrons still render correctly — only the leading image is affected, and it affects every visible template surface at once. Known recovery Once the failure starts, it survives: Killing and relaunching the app Force-quitting and relaunching from CarPlay itself Disconnecting and reconnecting CarPlay The only known recovery is rebooting the iPhone. After reboot, the same code path renders correctly again — until the failure reoccurs. App-side ruling-out UIImage instances passed to CPListItem.image are non-nil at failure time (verified by assertions) Each template rebuild calls UIGraphicsImageRenderer afresh from UIImage(systemName:) — no caching of UIImage across rebuilds Images are baked via withTintColor(_:renderingMode: .alwaysOriginal) then rasterized, so CarPlay receives a finished bitmap rather than a template image relying on its tinting pipeline Same code path renders correctly on launch and for hours afterward — the input bytes are identical before and after the failure boundary Because the failure survives both the app process and the CPTemplateApplicationScene teardown, the corrupted state appears to live in an iOS system process rather than in the app or the CarPlay session. Question for the forum Is there a known workaround on the app side — a different image-supply API, or a way to force the CarPlay rendering pipeline to invalidate its cache without an iPhone reboot?

On iOS 26 (26.0–26.5), a rectangular region in the lower half of the screen sometimes does not render while the content underneath remains laid out and interactive — scrolling works, hit testing succeeds, and rows visibly emerge from behind the floating tab bar as you scroll. This is a render-server / compositor gap, not a layout or safe-area issue. We see it on both UIKit and SwiftUI scroll surfaces inside the same UITabBarController: UIKit: UICollectionView with UICollectionViewFlowLayout (sectionInsetReference = .fromSafeArea) SwiftUI: List(.plain) nested in TabView(.page) inside a UIHostingController Confirmed on iPhone 16 Pro, iPhone 17 Pro, iPhone 13 Pro Max. Community threads (linked below) report the same symptom in Messages, Notes, Safari, Mail, and the App Store. Questions for Apple Is this acknowledged as an OS-level regression, and is a fix targeted for an upcoming iOS 26.x release? Is there a deterministic repro? We've tried background/foreground cycles, push notifications mid-scroll, tab switches during inertia, lock/unlock, orientation flips, simulated memory warnings, layout-invalidation storms, and trait-collection cycles — none reliably trigger it on our test devices. Is there a developer-side mitigation (e.g. avoiding specific UIVisualEffectView / Glass configurations, opting out of a rendering optimization) until a system fix lands? Is there a runtime signal on CALayer or UIScrollView we can inspect to detect this gap state and force a recovery (tile redraw, backing-store discard, etc.)? Notes We cannot reproduce locally. Affected users hit it organically; once it appears it persists across re-layout until the view controller is torn down. Community reports consistently mention Reduce Transparency being enabled on affected devices, and toggling it off clears the issue for many. In our own testing, RT alone is not sufficient to trigger the bug — it appears to be a contributing condition rather than the trigger. References: Apple Discussions: https://discussions.apple.com/thread/256182149 Reddit r/ios (multiple system apps): https://www.reddit.com/r/ios/comments/1nlzn7f/some_apps_cutting_off_half_the_display/ https://www.idownloadblog.com/2026/03/23/webpage-content-cutting-off-safari/

When I try to create bindings between a xib file and it's associated objective-c source code, xcode no longer autocompletes to either an action or an outlet binding. The little circles in the code editor that would previously indicate bindings are no longer there. I can now only create bindings in the tree heirarchy of the UIKit editor after manually adding IBOutlets to the header files.

Over the last two weeks, I’ve had sporadic reports from users who suddenly have a corrupt image in the database for my app. It’s only affecting a few users and may possibly have been fixed with iOS 26.4.1 (I’m not sure). In any case, this started suddenly with the release of iOS 26.4 - our app has not been changed in several months. But I wanted to share what’s happening in case others are experiencing this. My app lets users import photos from the camera roll, photo albums, etc. Once the user has selected an image, the app saves this to a SQLite3 database using “image.heicData()”. For the four or five users who have been affected by this problem, the heicData call returns successfully, with a non-nil Data value. But the image itself is corrupt and unreadable. When the user tries to later open a screen containing the image, the app crashes. I’ve had to manually guide each user through tracking down and removing the affected item or items to resolve it, which is a bad experience for them and time-consuming for us. Our app crashes when it tries to read the image (using “UIImage(data: heicData)”). All users who have this problem have had an ExcUserFault file in their crash reports with our app name in it. It's not possible to symbolicate this file but i've included an excerpt at the bottom of this post: I was able to extract some raw data saved when this error occurs. When you run “file corrupt_image.heic”, you get: AmigaOS bitmap font "rtypheic", fc_YSize 0, 35001 elements which definitely doesn’t seem right. On a valid HEIC file, i get: ISO Media, HEIF Image HEVC Main or Main Still Picture Profile Is anyone else experience this? Or does anyone else have any suggestions about what could be happening? I submitted feedback FB22667639 about this. ExcUserFault example Exception Type: EXC_GUARD Exception Subtype: GUARD_TYPE_USER Exception Message: namespc 7 reason_code 0x0000000000000009 Exception Codes: 0x6000000000000007, 0x0000000000000009 Termination Reason: Namespace LIBXPC, Code 9, XPC_EXIT_REASON_FAULT Thread 0: 0 ??? 0x231fa997c 0x180000000 + 2985990524 1 ??? 0x197eb98b4 0x180000000 + 401316020 2 ??? 0x197ec4e04 0x180000000 + 401362436 3 ??? 0x197ec5ea0 0x180000000 + 401366688 4 ??? 0x19066bdb8 0x180000000 + 275168696 5 ??? 0x19066b968 0x180000000 + 275167592 6 ??? 0x19b5c19a4 0x180000000 + 459020708 7 ??? 0x19b5cfa2c 0x180000000 + 459078188 8 ??? 0x19b5cf838 0x180000000 + 459077688 9 ??? 0x197ec7c74 0x180000000 + 401374324 10 ??? 0x197ec991c 0x180000000 + 401381660 11 ??? 0x1bd74222c 0x180000000 + 1031021100 12 ??? 0x1bd744ba4 0x180000000 + 1031031716 13 ??? 0x1bd730e18 0x180000000 + 1030950424 14 ??? 0x1bd7458f8 0x180000000 + 1031035128 15 ??? 0x1bd730e18 0x180000000 + 1030950424 16 ??? 0x1bd731ae4 0x180000000 + 1030953700 17 ??? 0x1bd73bdac 0x180000000 + 1030995372 18 ??? 0x1bd73b6ac 0x180000000 + 1030993580 19 ??? 0x1e23283b0 0x180000000 + 1647477680 20 ??? 0x1e23278c0 0x180000000 + 1647474880

According to our crash analytics, the application crashes when trying to share a PDF file in the UIDocumentInteractionController. This crash takes place on iOS 26+ only. Based on analytics, user sessions end when the pdf file is opened in the UIDocumentInteractionController. We couldn't reproduce it on a physical device or a simulator. Can you please help with a fix or at least workaround for this issue? What's your opinion for bug localization (application or framework)? Crash log is attached below. CoreFoundation __exceptionPreprocess + 164 libobjc.A.dylib objc_exception_throw + 88 CoreFoundation -[__NSArrayM insertObject:atIndex:] + 1276 ShareSheet __79-[SHSheetActivityItemsManager loadItemProvidersForRequest:activity:completion:]_block_invoke + 972 ShareSheet __79-[_UIShareServiceActivityProxy _loadItemProvidersFromActivityItems:completion:]_block_invoke + 88 ShareSheet __74+[UIActivity _loadItemProvidersFromActivityItems:withCacheURL:completion:]_block_invoke_4 + 352 libdispatch.dylib _dispatch_call_block_and_release + 32 libdispatch.dylib _dispatch_main_queue_drain.cold.5 + 812 libdispatch.dylib _dispatch_main_queue_drain + 180 CoreFoundation __CFRunLoopRun + 1944

The app becomes unresponsive when pushing a new page. The screen is covered by the _UIParallaxOverlayView class, blocking all gestures. Are there any scenarios where the transition animation might suddenly stop mid-process? Or could you provide more information to help me troubleshoot this issue? I noticed: When the issue occurs, the FromViewController is displayed on the screen. The ToViewController also exists in the view tree, but it's not visible on the screen. _UIParallaxOverlayView only appears on iOS 18 and above. The animation appears to be controlled by +[UIView _fluidParallaxTransitionsEnabledWithTraitCollection:], which is _os_feature_enabled_impl("UIKit", "fluid_parallax_transitions"). Reference

I'm trying to get the count of how many windows an iPadOS app has 'open' (open from the user's perspective in the app switcher). This is for the sake of determining whether I should show or hide a button that takes action on every window (if there is only 1 window, the button will be hidden). According to the documentation the proper API for this is this property on UIApplication: // All of the representations that currently have connected UIScene instances or had their sessions persisted by the system (ex: visible in iOS' switcher) @property(nonatomic, readonly) NSSet<UISceneSession *> *openSessions So I print the count (only sessions with role UIWindowSceneSessionRoleApplication) when scenes are added/removed etc via appropriate lifecycle notifications like -sceneDidDisconnect: -sceneDidBecomeActive: and so forth. What I noticed is when I add a new window scene, the count increases by one so cool, that works. But when I kill a window in the App switcher the count does not decrease. I can end up in a situation where the app has only 1 window in the app switcher but the count prints 8, so this is wrong. So am I using the wrong API? How can I just get scene count in the app switcher? The documentation makes it seem like using 'connectedScenes' for this would be wrong because that property is not supposed to include 'archived' scenes in the app switcher (or is it?)? I do know I can't take action on an archived scene 'yet' but I would still show the button because whether or not the scene is archived in the app switcher is a fact that remains hidden from the user. My code will take care of that later after state restoration. Is iPadOS 26 potentially keeping scene sessions open for too long? Is there a good way to reliably detect how many scenes I have in the app switcher? Is a scene session explicitly killed by the user supposed to remain the .openSessions set? I am testing on the Simulator FWIW. iPad 26.5.

Dear Apple Customer Support, I’m developing a new Swift iPadOS app and I want the app to run in landscape only (portrait disabled). In Xcode, under Target &gt; General &gt; Deployment Info &gt; Device Orientation, if I select only Landscape Left and Landscape Right, the app builds successfully, but during upload/validation I receive this message and the upload is blocked: “Update the Info.plist: Support for all orientations will soon be required.” Could you please advise what the correct/recommended way is to keep an iPad app locked to landscape only while complying with the current App Store upload requirements? Is there a specific Info.plist configuration (e.g., UISupportedInterfaceOrientations~ipad) or another setting that should be used? Thank you,

I work on a universal app that targets both iPhone and iPad. Our iPad app currently requires full screen. When testing on the latest iPadOS 26 beta, we see the following warning printed to the console: Update the Info.plist: 1) `UIRequiresFullScreen` will soon be ignored. 2) Support for all orientations will soon be required. It will take a fair amount of effort to update our app to properly support presentation in a resizable window. We wanted to gauge how urgent this change is. Our testing has shown that iPadOS 26 supports our app in a non-resizable window. Can someone from Apple provide any guidance as to how soon “soon” is? Will UIRequiresFullScreen be ignored in iPadOS 26? Will support for all orientations be required in iPadOS 26?

I have a barcode scanning app with keyboard extension app. The keyboard has a button Barcode from which we can navigate to app for scanning the barcode. The keyboard can be used in app that can input text. Now after clicking the button and navigating to barcode scanning app, after successful completion of scanning isn't there a way to auto navigate to host application . At present, we are showing a pop up asking user to click on back button on top left corner.

I have a barcode scanning app with keyboard extesnion. The keyboard has an option to open the app for barcode scanning app(Barcode Button as in the screenshot). After the scanning is done it will take the result back to host application. If you see the attached screenshot , we are asking the end user to navigate back to host application by clicking on the button at top left corner. Isn't it possible to auto navigate after the scanning is done by getting the host bundle ID.

Hello I am implementing an NFC Reader session in my app, and presenting the bottom sheet works completely fine. However, I am facing an issue with screen rotation. If I rotate the device while the NFC bottom sheet is active, the sheet does not adapt or resize according to the new screen orientation. Is there a way to force the NFC bottom sheet to update its layout or fix this rotation issue?Any help or workarounds would be greatly appreciated. Thanks!

Hello I am experiencing a layout issue where UI components overlap in a bottom sheet during screen rotation while an NFC Reader session is active. The NFC Reader session initializes and displays the bottom sheet properly. However, if the device is rotated while this sheet is on screen, the layout breaks, and elements appear overlapped. I have attached a sample image demonstrating this rendering issue. Is there a known workaround to fix this layout distortion or force a proper layout update during an active NFC session?Any insights or suggestions would be greatly appreciated. Thanks!

I have already filed a bug report with a sample project via Feedback Assistant: FB22760723 When presenting a UIViewController using UIModalPresentationFormSheet alongside UISheetPresentationController with a small custom detent (e.g., around 300pt height), VoiceOver spatial swipe navigation breaks. The user is unable to swipe left or right to navigate sequentially through the accessible elements inside the sheet. Accessibility Inspector reveals that the focus seems to get trapped by the background layer (UIDimmingView / "dismiss popup"). If the sheet is taller (e.g., 600pt), the issue does not occur and swipe navigation works as expected Steps to Reproduce: Run the attached sample Objective-C/UIKit project. Turn on VoiceOver. Tap the “Open transparent modal” button to present the modal with UIModalPresentationOverFullScreen presentation. Tap the "Open form sheet" button to present the sheet (configured with a custom 300pt detent). Attempt to swipe right using VoiceOver to navigate to the next element (e.g., from the title label to the buttons). Expected Results: VoiceOver should smoothly navigate through the sequential accessibility elements inside the sheet's view hierarchy, respecting the bounds of the modal sheet. Actual Results: VoiceOver gets stuck. The swipe right/left gestures fail to move focus to the next element inside the sheet. Instead, focus often escapes to the background or doesn’t change completely.

This crash has been troubling us for a long time. We have this crash report in every release of our App, but can't reproduce it. Here is part of the crash info: Incident Identifier: xxxx Hardware Model: iPhone13,3 Process: MyApp [34550] Path: /private/var/containers/Bundle/Application/xxxx/MyApp.app/MyApp Identifier: xxx.xxx Version: xxx (296) AppStoreTools: 15F31c AppVariant: 1:iPhone13,3:15 Code Type: ARM-64 (Native) Role: Foreground Parent Process: launchd [1] Coalition: xxx.xxx [466] Date/Time: 2024-05-19 13:59:10.9716 +0800 Launch Time: 2024-05-19 12:18:24.8753 +0800 OS Version: iPhone OS 16.6.1 (20G81) Release Type: User Baseband Version: 3.80.01 Report Version: 104 Exception Type: EXC_BAD_ACCESS (SIGSEGV) Exception Subtype: KERN_INVALID_ADDRESS at 0x322e323400000000 -> 0x0000003400000000 (possible pointer authentication failure) Exception Codes: 0x0000000000000001, 0x322e323400000000 VM Region Info: 0x3400000000 is in 0x1000000000-0x7000000000; bytes after start: 154618822656 bytes before end: 257698037759 REGION TYPE START - END [ VSIZE] PRT/MAX SHRMOD REGION DETAIL commpage (reserved) fc0000000-1000000000 [ 1.0G] ---/--- SM=NUL ...(unallocated) ---> GPU Carveout (reserved) 1000000000-7000000000 [384.0G] ---/--- SM=NUL ...(unallocated) UNUSED SPACE AT END Triggered by Thread: 0 Thread 0 name: Thread 0 Crashed: 0 CoreGraphics 0x00000001bd1d0780 CGFontStrikeRelease + 76 (CGFontStrike.c:126) 1 CoreGraphics 0x00000001bd1dd0cc CGGlyphBuilderUnlockBitmaps + 476 (CGGlyphBuilder.cc:113) 2 CoreGraphics 0x00000001bd1eb8c8 render_glyphs + 412 (RIPContextDrawGlyphs.c:127) 3 CoreGraphics 0x00000001bd202ea4 draw_glyph_bitmaps + 1132 (RIPContextDrawGlyphs.c:210) 4 CoreGraphics 0x00000001bd21a0ec ripc_DrawGlyphs + 1320 (RIPContextDrawGlyphs.c:558) 5 CoreGraphics 0x00000001bd1d26d8 CG::DisplayList::executeEntries(std::__1::__wrap_iter<std::__1::unique_ptr<CG::DisplayListEntry const, std::__1::default_delete<CG::DisplayListEntry const> >*>, std::__1::__wrap_iter<std::__1::uniq... + 5852 (DisplayList.cpp:1657) 6 CoreGraphics 0x00000001bd1c86a8 CGDisplayListDrawInContextDelegate + 268 (DisplayList.cpp:2151) 7 QuartzCore 0x00000001bcc797d4 CABackingStoreUpdate_ + 468 (CABackingStore.cpp:1388) 8 QuartzCore 0x00000001bccf0c34 invocation function for block in CA::Layer::display_() + 64 (CALayer.mm:9699) 9 QuartzCore 0x00000001bcc78d54 -[CALayer _display] + 1720 (CALayer.mm:9732) 10 QuartzCore 0x00000001bcc785b4 CA::Layer::layout_and_display_if_needed(CA::Transaction*) + 412 (CALayer.mm:2521) 11 QuartzCore 0x00000001bcc898d8 CA::Context::commit_transaction(CA::Transaction*, double, double*) + 444 (CAContextInternal.mm:2714) 12 QuartzCore 0x00000001bccb8e80 CA::Transaction::commit() + 648 (CATransactionInternal.mm:432) 13 QuartzCore 0x00000001bcca2df0 CA::Transaction::flush_as_runloop_observer(bool) + 88 (CATransactionInternal.mm:940) 14 UIKitCore 0x00000001bdca34d0 _UIApplicationFlushCATransaction + 52 (UIApplication.m:3286) 15 UIKitCore 0x00000001bddf3d94 _UIUpdateSequenceRun + 84 (_UIUpdateSequence.mm:114) 16 UIKitCore 0x00000001be458894 schedulerStepScheduledMainSection + 144 (_UIUpdateScheduler.m:1015) 17 UIKitCore 0x00000001be457df0 runloopSourceCallback + 92 (_UIUpdateScheduler.m:1164) 18 CoreFoundation 0x00000001bb80a128 __CFRUNLOOP_IS_CALLING_OUT_TO_A_SOURCE0_PERFORM_FUNCTION__ + 28 (CFRunLoop.c:1957) 19 CoreFoundation 0x00000001bb8167b4 __CFRunLoopDoSource0 + 176 (CFRunLoop.c:2001) 20 CoreFoundation 0x00000001bb79b5e8 __CFRunLoopDoSources0 + 244 (CFRunLoop.c:2038) 21 CoreFoundation 0x00000001bb7b10d4 __CFRunLoopRun + 828 (CFRunLoop.c:2953) 22 CoreFoundation 0x00000001bb7b63ec CFRunLoopRunSpecific + 612 (CFRunLoop.c:3418) 23 GraphicsServices 0x00000001f6ccc35c GSEventRunModal + 164 (GSEvent.c:2196) 24 UIKitCore 0x00000001bdb42f58 -[UIApplication _run] + 888 (UIApplication.m:3782) 25 UIKitCore 0x00000001bdb42bbc UIApplicationMain + 340 (UIApplication.m:5372) 26 MyApp 0x000000010468f978 main + 80 (main.m:15) 27 dyld 0x00000001dace8dec start + 2220 (dyldMain.cpp:1165) Thread 1 name: Thread 1: 0 libsystem_kernel.dylib 0x00000001fa6f6ca4 mach_msg2_trap + 8 (:-1) 1 libsystem_kernel.dylib 0x00000001fa709b74 mach_msg2_internal + 80 (mach_msg.c:201) 2 libsystem_kernel.dylib 0x00000001fa709e4c mach_msg_overwrite + 540 (mach_msg.c:0) 3 libsystem_kernel.dylib 0x00000001fa6f71e8 mach_msg + 24 (mach_msg.c:323) 4 CoreFoundation 0x00000001bb7b0024 __CFRunLoopServiceMachPort + 160 (CFRunLoop.c:2622) 5 CoreFoundation 0x00000001bb7b1250 __CFRunLoopRun + 1208 (CFRunLoop.c:3005) 6 CoreFoundation 0x00000001bb7b63ec CFRunLoopRunSpecific + 612 (CFRunLoop.c:3418) 7 Foundation 0x00000001b5a2efb4 -[NSRunLoop(NSRunLoop) runMode:beforeDate:] + 212 (NSRunLoop.m:373) 8 Foundation 0x00000001b5a2ee9c -[NSRunLoop(NSRunLoop) runUntilDate:] + 64 (NSRunLoop.m:420) 9 UIKitCore 0x00000001bdc75cc8 -[UIEventFetcher threadMain] + 416 (UIEventFetcher.m:1376) 10 Foundation 0x00000001b5a48524 __NSThread__start__ + 716 (NSThread.m:963) 11 libsystem_pthread.dylib 0x000000021b5766b8 _pthread_start + 148 (pthread.c:893) 12 libsystem_pthread.dylib 0x000000021b575b88 thread_start + 8 (:-1) Thread 2: 0 libsystem_kernel.dylib 0x00000001fa6f7164 __semwait_signal + 8 (:-1) 1 libsystem_c.dylib 0x00000001c2c50888 nanosleep + 220 (nanosleep.c:104) 2 libsystem_c.dylib 0x00000001c2c61b1c sleep + 52 (sleep.c:62) 3 MyApp 0x00000001075ccb14 -[UTDCacheManager synchronizeData] + 104 (UTDCacheManager.m:133) 4 Foundation 0x00000001b5a48524 __NSThread__start__ + 716 (NSThread.m:963) 5 libsystem_pthread.dylib 0x000000021b5766b8 _pthread_start + 148 (pthread.c:893) 6 libsystem_pthread.dylib 0x000000021b575b88 thread_start + 8 (:-1)

Since iOS 26.4, we are observing an issue on iPhone 13 Pro Max, iPhone 14 Pro Max, and iPhone 15 Pro Max where text is truncated on first presentation when using Bulgarian (Cyrillic) localization. The issue affects: UINavigationBar title (both inline and large titles) UIAlertController action titles Behavior: On first presentation, the text is truncated/cut off. On subsequent presentations, the layout appears correct. Adding a zero-width space (\u{200B}) before the last character of the string prevents truncation. This appears to slightly increase the layout width calculation and avoids the issue. Has anyone else encountered this behavior or found a more appropriate workaround?

How do you create a prominent glass button in SwiftUI? In UIKit it’s let button = UIButton(configuration: .prominentGlass()) button.configuration?.title = "Agree" I tried Button("Agree") {} .buttonStyle(.glassProminent) but the title text is white not glassified 🤨