I am currently trying to get my app ready for full external keyboard support, while testing I found an issue with the native DatePicker. Whenever I enter the DatePicker with an external keyboard it only jumps to the time picker and I am not able to move away from it. Arrow keys don't work, tab and control + tab only move me to the toolbar and back. This is how they look like private var datePicker: some View { DatePicker( "", selection: date, in: minDate..., displayedComponents: [.date] ) .fixedSize() .accessibilityIdentifier("\(datePickerLabel).DatePicker") } private var timePicker: some View { DatePicker( "", selection: date, in: minDate..., displayedComponents: [.hourAndMinute] ) .fixedSize() .accessibilityIdentifier("\(datePickerLabel).TimePicker") } private var datePickerLabelView: some View { Text(datePickerLabel.localizedString) .accessibilityIdentifier(datePickerLabel) } And we implement it like this in the view: HStack { datePickerLabelView Spacer() datePicker timePicker } Does anyone know how to fix this behavior? Is it our fault or is it the system? The issue comes up both in iOS 18 and 26.

I'm getting the following error in my SwiftUI code: "Main actor-isolated property 'avatarImage' can not be referenced from a Sendable closure" I don't understand how to fix it. This happens in the following code: You can copy-paste this into an empty project and make sure to have Swift 6 enabled under the Build Settings > Swift Language Version import PhotosUI import SwiftUI public struct ContentView: View { @State private var avatarItem: PhotosPickerItem? @State private var avatarImage: Image? @State private var avatarData: Data? public var body: some View { VStack(spacing: 30) { VStack(alignment: .center) { PhotosPicker(selection: $avatarItem, matching: .images) { if let avatarImage { avatarImage .resizable() .aspectRatio(contentMode: .fill) .frame(width: 100, height: 100) .foregroundColor(.gray) .background(.white) .clipShape(Circle()) .opacity(0.75) .overlay { Image(systemName: "pencil") .font(.title) .shadow(radius: 5) } } else { Image(systemName: "person.circle.fill") .resizable() .aspectRatio(contentMode: .fit) .frame(width: 100, height: 100) .foregroundColor(.gray) .background(.white) .clipShape(Circle()) .opacity(0.75) .overlay { Image(systemName: "pencil") .font(.title) .shadow(radius: 5) } } } } } .onChange(of: avatarItem) { Task { if let data = try? await avatarItem?.loadTransferable( type: Data.self ) { if let processed = processImage(data: data) { avatarImage = processed.image avatarData = processed.data } else { } } } } } private func processImage(data: Data) -> (image: Image?, data: Data?)? { guard let uiImage = UIImage(data: data)?.preparingForDisplay() else { return nil } // Check original size let sizeInMB = Double(data.count) / (1024 * 1024) // If image is larger than 1MB, compress it if sizeInMB > 1.0 { guard let compressedData = uiImage.compress() else { return nil } return (Image(uiImage: uiImage), compressedData) } return (Image(uiImage: uiImage), data) } } #Preview { ContentView() } public extension UIImage { func compress(to maxSizeInMB: Double = 1.0) -> Data? { let maxSizeInBytes = Int( maxSizeInMB * 1024 * 1024 ) // Convert MB to bytes var compression: CGFloat = 1.0 let step: CGFloat = 0.1 var imageData = jpegData(compressionQuality: compression) while (imageData?.count ?? 0) > maxSizeInBytes, compression > 0 { compression -= step imageData = jpegData(compressionQuality: compression) } return imageData } }