Switching alternative app icons previously worked in my app and I did not notice when it broke. However now the completion handler consistently returns this error if feeding with either an existing app icon name or a fictional one. Is this a regression I should file a bug report for or am I doing something wrong here? Include all app icon assets is enabled in the target Below you can see the error, the .icon files placed in the project navigator, my code and the top of the Info.plist Thank you Button("Update icon") { UIApplication.shared.setAlternateIconName("appIcon_Heart") { error in if let error { print(error) } } } Error Domain=NSPOSIXErrorDomain Code=35 "Resource temporarily unavailable" UserInfo={_LSFile=LSIconAlertManager.m, _LSLine=113, _LSFunction=-[LSIconAlertManager iconChangeAlertTokenForIdentity:error:]} Xcode seems to create the correct Info.plist entries. <?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd"> <plist version="1.0"> <dict> <key>BGTaskSchedulerPermittedIdentifiers</key> <array> <string>newReleasesBackgroundTask</string> </array> <key>BuildMachineOSBuild</key> <string>24G90</string> <key>CFBundleDevelopmentRegion</key> <string>de</string> <key>CFBundleDisplayName</key> <string>Hörspielzentrale</string> <key>CFBundleExecutable</key> <string>Hoerspielzentrale</string> <key>CFBundleIcons</key> <dict> <key>CFBundleAlternateIcons</key> <dict> <key>appIcon_Heart</key> <dict> <key>CFBundleIconName</key> <string>appIcon_Heart</string> </dict> <key>appIcon_RedNoCircle</key> <dict> <key>CFBundleIconName</key> <string>appIcon_RedNoCircle</string> </dict> <key>appIcon_WhiteNoCircle</key> <dict> <key>CFBundleIconName</key> <string>appIcon_WhiteNoCircle</string> </dict> </dict> <key>CFBundlePrimaryIcon</key> <dict> <key>CFBundleIconFiles</key> <array> <string>AppIcon60x60</string> </array> <key>CFBundleIconName</key> <string>AppIcon</string> </dict> </dict> <key>CFBundleIcons~ipad</key> <dict> <key>CFBundleAlternateIcons</key> <dict> <key>appIcon_Heart</key> <dict> <key>CFBundleIconName</key> <string>appIcon_Heart</string> </dict> <key>appIcon_RedNoCircle</key> <dict> <key>CFBundleIconName</key> <string>appIcon_RedNoCircle</string> </dict> <key>appIcon_WhiteNoCircle</key> <dict> <key>CFBundleIconName</key> <string>appIcon_WhiteNoCircle</string> </dict> </dict> <key>CFBundlePrimaryIcon</key> <dict> <key>CFBundleIconFiles</key> <array> <string>AppIcon60x60</string> <string>AppIcon76x76</string> </array> <key>CFBundleIconName</key> <string>AppIcon</string> </dict> </dict>

Hi folks, I've used a NavigationSplitView within one of the tabs of my app since iOS 16, but with the new styling in iOS 18 the toolbar region looks odd. In other tabs using e.g. simple stacks, the toolbar buttons are horizontally in line with the new tab picker, but with NavigationSplitView, the toolbar leaves a lot of empty space at the top (see below). Is there anything I can do to adjust this, or alternatively, continue to use the old style? Thanks!

Since the beta releases of iPadOS 26 we have been having some crashes about Invalid parameter not satisfying: parentEnvironment != nil We got to contact a couple of users and we found out that the crash appears when entering a screen in a UINavigationController with the iPad device connected to a Magic Keyboard. If the device is not connected to the keyboard then nothing happens and everything works ok. From our end we haven't managed to reproduce the crash so I am pasting part of the stacktrace if it can be of any help. 3 UIKitCore 0x19dfd2e14 -[_UIFocusContainerGuideFallbackItemsContainer initWithParentEnvironment:childItems:] + 224 (_UIFocusContainerGuideFallbackItemsContainer.m:23) 4 UIKitCore 0x19dae3108 -[_UIFocusContainerGuideImpl _searchForFocusRegionsInContext:] + 368 (_UIFocusGuideImpl.m:246) 5 UIKitCore 0x19db28498 -[_UIFocusMapSnapshot addRegionsInContainer:] + 2720 (_UIFocusMapSnapshot.m:531) 6 UIKitCore 0x19db28900 -[_UIFocusMapSnapshot addRegionsInContainers:] + 160 (_UIFocusMapSnapshot.m:545) 7 UIKitCore 0x19d1313dc _UIFocusRegionSearchContextSearchForFocusRegionsInEnvironment + 632 (_UIFocusRegion.m:143) 8 UIKitCore 0x19db1d244 -[_UIFocusRegionContainerProxy _searchForFocusRegionsInContext:] + 140 (_UIFocusRegionContainerProxy.m:184) 9 UIKitCore 0x19db28498 -[_UIFocusMapSnapshot addRegionsInContainer:] + 2720 (_UIFocusMapSnapshot.m:531) 10 UIKitCore 0x19d1320fc _UIFocusItemContainerAddChildItemsInContextWithOptions + 596 (UIFocusItemContainer.m:183) 11 UIKitCore 0x19d131b98 _UIFocusRegionSearchContextAddChildItemsInEnvironmentContainer + 648 (_UIFocusRegion.m:108) 12 UIKitCore 0x19d131398 _UIFocusRegionSearchContextSearchForFocusRegionsInEnvironment + 564 (_UIFocusRegion.m:140) 13 UIKitCore 0x19db1d244 -[_UIFocusRegionContainerProxy _searchForFocusRegionsInContext:] + 140 (_UIFocusRegionContainerProxy.m:184) 14 UIKitCore 0x19db28498 -[_UIFocusMapSnapshot addRegionsInContainer:] + 2720 (_UIFocusMapSnapshot.m:531) 15 UIKitCore 0x19d1320fc _UIFocusItemContainerAddChildItemsInContextWithOptions + 596 (UIFocusItemContainer.m:183) 16 UIKitCore 0x19d131b98 _UIFocusRegionSearchContextAddChildItemsInEnvironmentContainer + 648 (_UIFocusRegion.m:108) 17 UIKitCore 0x19d131398 _UIFocusRegionSearchContextSearchForFocusRegionsInEnvironment + 564 (_UIFocusRegion.m:140) 18 UIKitCore 0x19db1d244 -[_UIFocusRegionContainerProxy _searchForFocusRegionsInContext:] + 140 (_UIFocusRegionContainerProxy.m:184) 19 UIKitCore 0x19db28498 -[_UIFocusMapSnapshot addRegionsInContainer:] + 2720 (_UIFocusMapSnapshot.m:531) 20 UIKitCore 0x19d1320fc _UIFocusItemContainerAddChildItemsInContextWithOptions + 596 (UIFocusItemContainer.m:183) 21 UIKitCore 0x19d131b98 _UIFocusRegionSearchContextAddChildItemsInEnvironmentContainer + 648 (_UIFocusRegion.m:108) 22 UIKitCore 0x19d131398 _UIFocusRegionSearchContextSearchForFocusRegionsInEnvironment + 564 (_UIFocusRegion.m:140) 23 UIKitCore 0x19db1d244 -[_UIFocusRegionContainerProxy _searchForFocusRegionsInContext:] + 140 (_UIFocusRegionContainerProxy.m:184) 24 UIKitCore 0x19db28498 -[_UIFocusMapSnapshot addRegionsInContainer:] + 2720 (_UIFocusMapSnapshot.m:531) 25 UIKitCore 0x19d1320fc _UIFocusItemContainerAddChildItemsInContextWithOptions + 596 (UIFocusItemContainer.m:183) 26 UIKitCore 0x19d131b98 _UIFocusRegionSearchContextAddChildItemsInEnvironmentContainer + 648 (_UIFocusRegion.m:108) 27 UIKitCore 0x19d131398 _UIFocusRegionSearchContextSearchForFocusRegionsInEnvironment + 564 (_UIFocusRegion.m:140) 28 UIKitCore 0x19db1d244 -[_UIFocusRegionContainerProxy _searchForFocusRegionsInContext:] + 140 (_UIFocusRegionContainerProxy.m:184) 29 UIKitCore 0x19db28498 -[_UIFocusMapSnapshot addRegionsInContainer:] + 2720 (_UIFocusMapSnapshot.m:531) 30 UIKitCore 0x19d1320fc _UIFocusItemContainerAddChildItemsInContextWithOptions + 596 (UIFocusItemContainer.m:183) 31 UIKitCore 0x19d131b98 _UIFocusRegionSearchContextAddChildItemsInEnvironmentContainer + 648 (_UIFocusRegion.m:108) 32 UIKitCore 0x19d131398 _UIFocusRegionSearchContextSearchForFocusRegionsInEnvironment + 564 (_UIFocusRegion.m:140) 33 UIKitCore 0x19db1d244 -[_UIFocusRegionContainerProxy _searchForFocusRegionsInContext:] + 140 (_UIFocusRegionContainerProxy.m:184) 34 UIKitCore 0x19db28498 -[_UIFocusMapSnapshot addRegionsInContainer:] + 2720 (_UIFocusMapSnapshot.m:531) 35 UIKitCore 0x19d1320fc _UIFocusItemContainerAddChildItemsInContextWithOptions + 596 (UIFocusItemContainer.m:183) 36 UIKitCore 0x19d131b98 _UIFocusRegionSearchContextAddChildItemsInEnvironmentContainer + 648 (_UIFocusRegion.m:108) 37 UIKitCore 0x19d131398 _UIFocusRegionSearchContextSearchForFocusRegionsInEnvironment + 564 (_UIFocusRegion.m:140) 38 UIKitCore 0x19db1d244 -[_UIFocusRegionContainerProxy _searchForFocusRegionsInContext:] + 140 (_UIFocusRegionContainerProxy.m:184) 39 UIKitCore 0x19db28498 -[_UIFocusMapSnapshot addRegionsInContainer:] + 2720 (_UIFocusMapSnapshot.m:531) 40 UIKitCore 0x19d132e08 -[_UIFocusMapSnapshot _capture] + 424 (_UIFocusMapSnapshot.m:403) 41 UIKitCore 0x19db2675c -[_UIFocusMapSnapshot _initWithSnapshotter:mapArea:searchArea:] + 476 (_UIFocusMapSnapshot.m:171) 42 UIKitCore 0x19d130dcc -[_UIFocusMapSnapshotter captureSnapshot] + 192 (_UIFocusMapSnapshotter.m:137) 43 UIKitCore 0x19db2045c -[_UIFocusMap _inferredDefaultFocusItemInEnvironment:] + 136 (_UIFocusMap.m:168) 44 UIKitCore 0x19daffd2c -[_UIFocusEnvironmentPreferenceEnumerationContext _inferPreferencesForEnvironment:] + 140 (_UIFocusEnvironmentPreferenceEnumerator.m:313) 45 UIKitCore 0x19d127ab4 -[_UIFocusEnvironmentPreferenceEnumerationContext _resolvePreferredFocusEnvironments] + 104 (_UIFocusEnvironmentPreferenceEnumerator.m:250) 46 UIKitCore 0x19d127394 -[_UIFocusEnvironmentPreferenceEnumerationContext preferredEnvironments] + 36 (_UIFocusEnvironmentPreferenceEnumerator.m:184) 47 UIKitCore 0x19d126e94 _enumeratePreferredFocusEnvironments + 400 (_UIFocusEnvironmentPreferenceEnumerator.m:503)

I have a SwiftUI view with: @State var url: URL? @State var isShowingBrowser: Bool func displayURL(url: URL) { self.url = url self.isShowingBrowser = true } var body: some View { Group { // ...... } .sheet(isPresented: $isShowingBrowser) { // browser view } } The first time I call displayBrowser, an empty browser sheet appears, with no URL. The second time, it works. It doesn't matter if I reorder the assignments in displayURL. It's like the view refreshes once with a nil URL and isShowingBrowser true, then refreshes again with the URL value. If I move both variable to an @Observable view model class then it works fine - that update seems to happen atomically. For my own project, the view model is the right way to do this, but I was confused by this behavior. What am I missing about SwiftUI?

In SF Symbols 7, I'm observing a discrepancy between the .replace animation previewed in the SF Symbols app and the result when using the code template the app provides. Expected behavior: When previewing the .replace animation in the SF Symbols app (with Magic Replace preferred), the transition looks like: Actual behavior: When I implement the animation using the exact code template generated by the SF Symbols app, the result looks like: My code: struct PlaygroundSwiftUIView: View { @State var name = "folder.circle" var body: some View { Image(systemName: name) .font(.system(size: 60)) .contentTransition(.symbolEffect(.replace)) .onTapGesture { name = "tree" } } } #Preview { PlaygroundSwiftUIView() } The animation rendered in my app does not match the preview shown in the SF Symbols app. The drawOff animation is partly missing. Is there something missing from the code template, or is there an additional configuration step required to achieve the correct Replace effect?

Hi everyone, I found what looks like a picker issue on iOS 26 in the Clock app’s Timer screen, and I’m also seeing what appears to be the same behavior in UIPickerView in my own app. What I’m Doing I’m testing the Timer picker in the built-in Clock app. When I swipe very quickly on the hours component, trying to reach the maximum value together with minutes and seconds: 23 hours 59 minutes 59 seconds I noticed that the picker does not always land on the expected final value. I’m seeing a very similar issue with UIPickerView as well, especially in: public func pickerView(_ pickerView: UIPickerView, didSelectRow row: Int, inComponent component: Int) When swiping very quickly to the end, the selected/logged row can be inconsistent with the final visible value. Expected Behavior When swiping quickly and stopping at the end, the Timer should correctly select: 23 hours, 59 minutes, 59 seconds Likewise, in UIPickerView, didSelectRow should reflect the actual final selected row/value after the wheel settles. Actual Behavior (iOS 26) If I swipe quickly enough on the hours component, when the picker reaches: 23 hours, 59 minutes, 59 seconds it appears to count from 22 hours instead of 23 hours. So the final selected duration is effectively off by one hour, even though the wheel visually reaches the maximum end position. I’m facing the same kind of issue with UIPickerView too. In particular, inside: public func pickerView(_ pickerView: UIPickerView, didSelectRow row: Int, inComponent component: Int) when performing a very fast swipe, the reported row may behave unexpectedly near the end of the range. Additional Notes I reproduced this in the Clock app Specifically on the Timer screen The issue happens when the swipe velocity is high enough I also face the same issue with UIPickerView in my own app Question Has anyone else seen this behavior in iOS 26? Is this a known UIPickerView / wheel-picker issue, or a regression in the Timer picker logic? Any guidance would be appreciated. Thanks! P.S. I do have a video showing the issue, but I can’t upload it here. If someone could let me know the best way to share it, I’d appreciate it.

Hello everyone, I’m running into an issue where a partial sheet repeatedly presents and dismisses in a loop. Setup The main screen is presented using fullScreenCover From that screen, a button triggers a standard partial-height sheet The sheet is presented using .sheet(item:) Expected Behavior Tapping the button should present the sheet once and allow it to be dismissed normally. Actual Behavior After the sheet is triggered, it continuously presents and dismisses. What I’ve Verified The bound item is not being reassigned in either the parent or the presented view There is no .task, .onAppear, or .onChange that sets the item again The loop appears to happen without any explicit state updates Additional Context I encountered a very similar issue when iOS 26.0 was first released At that time, moving the .sheet modifier to a higher parent level resolved the issue The problem has now returned on iOS 26.4 beta I’m currently unable to reproduce this in a minimal sample project, which makes it unclear whether: this is a framework regression, or I’m missing a new presentation requirement Environment iOS: 26.4 beta Xcode: 26.4 beta I’ve attached a screen recording of the behavior. Has anyone else experienced this with a fullScreenCover → sheet flow on iOS 26.4? Any guidance or confirmation would be greatly appreciated. Thank you!

I’m seeing a rendering issue with UITabBarController on iOS 26 (Liquid Glass), and I’d like to confirm whether others can reproduce this or have a workaround. Summary If a UITabBarController is recreated while it is fully hidden behind a fullscreen modal, the tab bar renders incorrectly after dismissal. Selected tab becomes nearly invisible Unselected tabs appear to show both selected and unselected tint colors Looks like multiple rendering states are composited incorrectly This only happens with: iOS 26 (Liquid Glass enabled) UIKit UITabBarController It does not reproduce with SwiftUI TabView. Minimal Reproduction Code This is a complete, minimal example: import UIKit // MARK: - Root class RootViewController: UIViewController { private var tabBar: UITabBarController? private var modalPresented = false override func viewDidLoad() { super.viewDidLoad() installTabBar() } override func viewDidAppear(_ animated: Bool) { super.viewDidAppear(animated) // Present once on first appear, simulating an app-launch login flow. if !modalPresented { modalPresented = true presentModal() } } private func installTabBar() { let tab = UITabBarController() tab.viewControllers = [ makeTab(title: "Tab 1", systemImage: "1.circle"), makeTab(title: "Tab 2", systemImage: "2.circle"), ] tabBar = tab addChild(tab) view.addSubview(tab.view) tab.view.frame = view.bounds tab.didMove(toParent: self) } private func makeTab(title: String, systemImage: String) -> UIViewController { let vc = UIViewController() vc.view.backgroundColor = .systemBackground vc.tabBarItem = UITabBarItem(title: title, image: UIImage(systemName: systemImage), tag: 0) return vc } private func presentModal() { let modal = ModalViewController() modal.onDismiss = { [weak self] in // Recreate the tab bar while it is still fully hidden by the modal. // This seems to trigger incorrect Liquid Glass rendering. self?.tabBar?.willMove(toParent: nil) self?.tabBar?.view.removeFromSuperview() self?.tabBar?.removeFromParent() self?.installTabBar() // ← created while invisible self?.dismiss(animated: true) } modal.modalPresentationStyle = .fullScreen present(modal, animated: true) } } // MARK: - Modal class ModalViewController: UIViewController { var onDismiss: (() -> Void)? override func viewDidLoad() { super.viewDidLoad() view.backgroundColor = .systemBackground let button = UIButton(type: .system) button.setTitle("Dismiss", for: .normal) button.titleLabel?.font = .preferredFont(forTextStyle: .title2) button.addTarget(self, action: #selector(dismissTapped), for: .touchUpInside) button.translatesAutoresizingMaskIntoConstraints = false view.addSubview(button) NSLayoutConstraint.activate([ button.centerXAnchor.constraint(equalTo: view.centerXAnchor), button.centerYAnchor.constraint(equalTo: view.centerYAnchor), ]) } @objc private func dismissTapped() { onDismiss?() } } Expected Behavior The tab bar renders normally with correct Liquid Glass appearance: Selected tab is clearly visible Unselected tabs show only inactive tint Actual Behavior Selected tab becomes nearly invisible Unselected tabs show a mix of selected + unselected tint The issue resolves after backgrounding and returning to foreground Observations / Workarounds The issue does not reproduce if: The tab bar is recreated after dismissal: self.dismiss(animated: true) { self.installTabBar() } Using SwiftUI TabView Using a presentation style that does not fully cover the screen (.pageSheet, etc.) Question Has anyone else encountered this? Is there a recommended workaround besides delaying creation until after dismissal? It seems like Liquid Glass rendering may not initialize correctly when the view is attached while fully obscured, but I’m not sure if this is expected behavior or a bug.

Invalid parameter not satisfying: targetNode [UIGestureGraphEdge initWithLabel:sourceNode:targetNode:directed:] How to locate this crash?

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 had a need to store a localised string in a shared file used by other applications, and noticed that LocalizedStringResource conforms to Codable -- and indeed, if I encode a string from App A, then switch to App B, B is able to read the value and load different localisations of that string out of App A's bundle. Very cool. This isn't clearly documented (the documentation for LocalizedStringResource just mentions cross-process use, not generally longer-term storage), so I wondered if there are any caveats to be aware of when using this approach? I am aware that LocalizedStringResource is just a reference, so obviously if App A is deleted, it becomes a kind of dangling reference and will presumably fall back to its default value (which is included in the encoded representation). But I also noticed that the encoded LSR includes a sandbox extension token. Is there anything in particular to be aware of with that? Is it time-limited? One thing I did notice, that is quite annoying (potentially a bug) is that if I serialise and deserialise a record containing a LSR, it no longer compares as == to its previous self. That is because the original LSR did not contain a sandbox extension token, but as part of encoding it, that field seems to get populated. I'm not sure if there is a good workaround there; perhaps the extension token could be ignored from ==? That would result in extension tokens being dropped (e.g. if you had two LSRs in a Dictionary, differing only by the sandbox token, they would still be considered substitutable and already "in" the dictionary), but perhaps that's fine.

The following code only ever causes shouldDrawInsertionPoint to be printed (no drawInsertionPoint), but even if that method returns false, the blinking insertion point is still drawn. On the other hand, with TextKit 1 it works as expected. Is there a way to hide the default insertion point in TextKit 2? My app draws its own. I've filed FB13684251. class TextView: NSTextView { override var shouldDrawInsertionPoint: Bool { print("shouldDrawInsertionPoint") return false } override func drawInsertionPoint(in rect: NSRect, color: NSColor, turnedOn flag: Bool) { print("drawInsertionPoint", flag) } } ``

Dear Apple Support team, I'm reaching out about an issue we're facing in our iOS audio host app on iPad. Keyboard shortcuts from an external hardware keyboard (Bluetooth) work perfectly until we load an AUv3 plugin, then the host suddenly loses all keyboard focus, and key commands stop responding completely. To give you more context: this affects every DAW that supports AUv3. I've tested it in Logic Pro for iOS, Camelot Pro, and AUM. The problem starts right after instantiating any AUv3, causing the keyboard to lose focus and preventing key commands from working. Before that, keyboard events reach our UIView without issues. Notably, this doesn't happen on iOS versions before iOS 26. I've verified it works perfectly on iOS 17 and iOS 18. You can see the full discussion and steps to reproduce in this JUCE forum thread: https://forum.juce.com/t/keyboard-focus-lost-and-keycommands-stop-working-after-instantiating-an-auv3-in-a-juce-based-host-on-ios/68497/5. It seems potentially related to AUv3 sandboxing or iOS UIView focus management. I would really appreciate your help with any insights, known issues, or workarounds. Thanks, Samuele

When tapping the currently selected time in a TimePicker (wheel style) component to invoke the inline numeric pad popover, the popover renders incorrectly on iPadOS 26.4.1 — it appears as a very narrow single-line/bar rather than the full numeric keypad layout. Steps to Reproduce: Run Reminder, create a new reminder and add a custom time Tap the currently selected time value to trigger the numeric pad popover Observe the popover layout Expected Result: A properly sized popover appears containing a full numeric keypad, allowing direct numeric input of the time value — consistent with behavior on iPadOS 18.x Actual Result: The popover appears as an extremely narrow horizontal bar (single line height), making the numeric pad unusable Regression: Works correctly on iPadOS 18.x through iPadOS 26.3. Broken on iPadOS 26.4.1 (Xcode 26.x simulator and/or physical device). https://www.youtube.com/shorts/bd3pYA3B-iI https://www.youtube.com/shorts/wSHzepHBwEY Feedback: FB22517457

Hi, I have a list cell with a play button and a text label. When tapping the play button, it plays an audio, and when long-pressed, it plays the audio slowly. The long press works as per the example code below, but once a contextMenu is added, the long-press gesture of the play button is ignored (even though it's a small element in the cell), and the context menu is presented instead. Is there a way to allow for the context menu long-press to respect the long-press gesture of a child element in the cell on which it's defined? I also tried with highPriorityGesture but to no effect. Example code: HStack { Button { print("Play") } label: { Image(systemName: "play.circle") .onLongPressGesture(minimumDuration: 0.5) { print("Play slowly") } } Text("Audio cell") .frame(maxWidth: .infinity, alignment: .leading) } .contextMenu { Button("Hello") { print("hello") } Button("Goodbye") { print("goodbye") } }

Summary When a SwiftUI widget uses a Link containing an Image modified with .widgetAccentedRenderingMode (using any mode except .fullColor), tapping the image on the widget launches the app but does not pass the expected deep link URL to the SceneDelegate. Steps to Reproduce Create a SwiftUI Widget View with a Link: struct ImageView: View { var image: UIImage var body: some View { Link(URL(string: "myapp://image")!) { Image(uiImage: image) .resizable() .widgetAccentedRenderingMode(.accentedDesaturated) // or any mode other than .fullColor .scaledToFill() .clipped() } } } Add Custom URL Scheme in Info.plist: <dict> <key>CFBundleURLName</key> <string>com.company.myapp</string> <key>CFBundleURLSchemes</key> <array> <string>myapp</string> </array> </dict> Implement Deep Link Handling in SceneDelegate: func scene(_ scene: UIScene, willConnectTo session: UISceneSession, options connectionOptions: UIScene.ConnectionOptions) { if let url = connectionOptions.urlContexts.first?.url { handle(url) } } func scene(_ scene: UIScene, openURLContexts urlContexts: Set<UIOpenURLContext>) { if let url = urlContexts.first?.url { handle(url) } } private func handle(_ url: URL) { // Process URL here } Run the application on a device or simulator. Add the widget to the Home Screen. Tap the image inside the widget. Expected Result The application launches and receives the URL in SceneDelegate, as expected. Actual Result The application launches, but the URL is not passed to SceneDelegate. Both connectionOptions.urlContexts and openURLContexts are empty.

If you use UISceneDelegate's scene(_ scene: UIScene, openURLContexts URLContexts: Set<UIOpenURLContext>) to handle deep links (such as tapping a widget) you might run into an issue where this callback is called twice in the majority of cases. If you push a view controller in response to this, you might end up with two pushed view controllers, if you do not mitigate this. This is exclusively an issue in iOS 26.0 and works as expected on iOS 18. func scene(_ scene: UIScene, openURLContexts URLContexts: Set<UIOpenURLContext>) { /// Add any widget to the home screen that uses the widgetURL modifier and tap them. Most of the time, openURLContexts() will get called twice. /// If you run this project on iOS 18, it's *always* called once as expected. print("openURLContexts \(URLContexts)") } Filed as FB20301454

Hello, I'm experiencing a navigation bar positioning issue with my UIKit iPad app on iPadOS 26 (23A340) using Xcode 26 (17A321). The navigation bar positions under the status bar initially, and after orientation changes to landscape, it positions incorrectly below its expected location. This occurs on both real device (iPad mini A17 Pro) and simulator. My app uses UIKit + Storyboard with a Root Navigation Controller. A stack overflow post has reproduce the bug event if it's not in the same configuration: https://stackoverflow.com/questions/79752945/xcode-26-beta-6-ipados-26-statusbar-overlaps-with-navigationbar-after-presen I have checked all safe areas and tried changing some constraints, but nothing works. Have you encountered this bug before, or do you need additional information to investigate this issue?

After updating to Xcode 26 my XCUITests are now failing as during execution exceptions are being raised and caught by my catch all breakpoint These exceptions are only raised during testing, and seem to be referencing some private internal property. It happens when trying to tap a button based off an accessibilityIdentifier e.g. accessibilityIdentifier = "tertiary-button" ... ... app.buttons["tertiary-button"].tap() The full error is: Thread 1: "[<UIKit.ButtonBarButtonVisualProvider 0x600003b4aa00> valueForUndefinedKey:]: this class is not key value coding-compliant for the key _titleButton." Anyone found any workarounds or solutions? I need to get my tests running on the liquid glass UI

On iPad OS 26, the custom keyboard works correctly with a full keyboard, but with a floating keyboard, there is only one line and the console displays a constraint error. Unable to simultaneously satisfy constraints. Probably at least one of the constraints in the following list is one you don't want. Try this: (1) look at each constraint and try to figure out which you don't expect; (2) find the code that added the unwanted constraint or constraints and fix it. ( "<NSLayoutConstraint:0x600002172c10 V:|-(10)-[TUIKeyboardContentView:0x1039c5410] (active, names: '|':TUIKeyplaneView:0x1039c3e20 )>", "<NSLayoutConstraint:0x600002172c60 V:[TUIKeyboardContentView:0x1039c5410]-(-11)-| (active, names: '|':TUIKeyplaneView:0x1039c3e20 )>", "<NSLayoutConstraint:0x6000021721c0 V:|-(0)-[TUIKeyplaneView:0x1039c3e20] (active, names: UIKeyboardLayoutStar Prev...:0x105160e00, '|':UIKeyboardLayoutStar Prev...:0x105160e00 )>", "<NSLayoutConstraint:0x600002172210 V:[TUIKeyplaneView:0x1039c3e20]-(0)-| (active, names: UIKeyboardLayoutStar Prev...:0x105160e00, '|':UIKeyboardLayoutStar Prev...:0x105160e00 )>", "<NSLayoutConstraint:0x6000021728a0 V:|-(0)-[UIKeyboardLayoutStar Prev...] (active, names: UIKeyboardLayoutStar Prev...:0x105160e00, '|':UIKeyboardImpl:0x109905fa0 )>", "<NSLayoutConstraint:0x6000021728f0 V:[UIKeyboardLayoutStar Prev...]-(0)-| (active, names: UIKeyboardLayoutStar Prev...:0x105160e00, '|':UIKeyboardImpl:0x109905fa0 )>", "<NSLayoutConstraint:0x600002177980 '_UITemporaryLayoutHeight' UIKeyboardImpl:0x109905fa0.height == 0 (active)>", "<NSLayoutConstraint:0x600002172df0 'TUIKeyplane.height' TUIKeyboardContentView:0x1039c5410.height == 217 (active)>" ) Will attempt to recover by breaking constraint <NSLayoutConstraint:0x600002172df0 'TUIKeyplane.height' TUIKeyboardContentView:0x1039c5410.height == 217 (active)> Make a symbolic breakpoint at UIViewAlertForUnsatisfiableConstraints to catch this in the debugger. The methods in the UIConstraintBasedLayoutDebugging category on UIView listed in <UIKitCore/UIView.h> may also be helpful. iPad OS 26 custom keyboard, full keyboard mode is working normally.