Visual Studio Maui IOS

Hi @377632523@qq.com, I'm unable to reproduce the issue, as reported, in my own Xcode project. Because the provided example above will not build successfully due to missing types, I replaced your implementation with the following: import SwiftUI struct PhotosMainView: View { @State private var searchText: String = var body: some View { TabView { Tab(Library, systemImage: photo.on.rectangle) { NavigationStack { scrollView(colors: [.red, .orange, .yellow]) .navigationTitle(Library) } } Tab(Albums, systemImage: square.grid.2x2) { NavigationStack { scrollView(colors: [.yellow, .green, .teal]) .navigationTitle(Albums) } } Tab(Search, systemImage: magnifyingglass, role: .search) { NavigationStack { scrollView(colors: [.blue, .purple, .pink]) .navigationTitle(Search) .searchable(text: $searchText) } } } .tabBarMinimizeBehavior(.onScrollUp) .tabViewStyle(.sidebarAdaptable) .tabViewBottomAccessory { TimelineAccessoryView() } } // Trivial helper view to visualize scrolling. @ViewBuilder func scrollView(colors

I am testing on iOS 26. I have reproduced the bug and collected a sysdiagnose (thank you for your guidance). I have uploaded the sysdiagnose to my bug report, so if you could get my ticket back in the loop I'd appreciate it. Thanks!

Could you try reproducing the issue using this sample project: Customizing your app’s navigation bar and verify on iOS 26.1 Beta 3. Please reply back with your findings.

First off, I need to repeat what I asked here: Why? What are you trying to do? More specifically, why does your app need to be awake in the background? The system has multiple APIs for managing background work and it's entirely possible there IS an API that would meet your needs. Notably, we just introduced BGContinuedProcessingTask which will allow your app to stay awake in the background for an extended period of time (several minutes). If you're trying to complete work on the user's behalf, that API is the solution. In my tests 2 weeks ago, I (might be by my mistake) saw a correspondence between external-accessoryand the facts of callbacks from IOServiceAddMatchingNotification. Were you testing using Xcode? The issue here is that in order to debug your app, Xcode disables normal app suspension, which ends up keeping your app awake in the background forever. That then makes all sorts of things work with normally wouldn't. Having said that, the word correlation did raise a possibility I hadn't really conside

If you ask for a user action, there may be some possibilities: https://support.apple.com/en-gb/guide/iphone/iph3ff83f3b1/ios But I do not see if white lists are possible or only black lists.

Hi, I am trying to load files from the Apple Vision Pro's storage into a Unity App (using Apple visionOS XR Plugin and not PolySpatial package). So, my immediate question here is what your larger goal here actually is? visionOS generally uses the same file access model as iOS, which means apps get access to files through one of two broad mechanisms: The files are added to one of the app’s container directories. There are many different APIs that use the broad flow, but the simplest case is having your app appear in File.app so that the user can directly add files. Basic access can be enabled by setting UIFileSharingEnabled and (possibly) LSSupportsOpeningDocumentsInPlace. The app uses an API like UIDocumentPickerViewController to allow the user to give their app access to specific files or directories. Finally, apps that are built around documents generally use the approach described in Building a document browser-based app, which actually provides a unified interface for both of the two approaches a

Is it possible for a macOS (or iOS/iPadOS) app to communicate with a CCID-compliant reader using the CCID interface (i.e., directly sending the PC_TO_RDR_* messages) instead of using the CryptoTokenKit API? It depends on exactly what you're trying/willing to do: If you specifically want a CCID level interface, then no, we don't really have an API for that. If you're willing to send USB commands, then the IOUSBHost Framework can be used to interact directly with the device (this is the API our driver actually uses)*. Note that this might require using a codeless DEXT to prevent our implementation from claiming the device. *The framework documentation says the framework is used to Create host-mode user space drivers for USB devices, however, that's just a complicated way of saying “let apps directly send USB commands to devices. __ Kevin Elliott DTS Engineer, CoreOS/Hardware