I can't find the full content of the SwiftUI inspector in the latest version of Xcode. I've opened the preview canvas but it still won't display.

Need help with Apple Developer Program enrollment. What happened: Paid $99 on Jan 14 from Pakistan (HabibMetro bank) Money fully deducted from my account Apple says "payment problem" and gives me 7 days or enrollment cancels Bank needs 10 days to trace the payment The problem: -Apple will cancel before bank finishes tracing (7 days vs 10 days). -Apple Support suggested re-enrolling with their app using different payment method, but I'm worried about: Getting charged twice First payment not refunded Losing the $99 Questions: Anyone faced this? What did you do? Should I re-enroll or wait? How to avoid double payment? Order: D004702861 Case: 102802965662 Any advice appreciated

In our app, we implement a document picker using FilePickerManager+available.m, selecting different APIs based on the iOS version: if (@available(iOS 14.0, *)) { NSMutableArray<UTType *> *contentTypes = [NSMutableArray array]; for (NSString *uti in documentTypes) { UTType *type = [UTType typeWithIdentifier:uti]; if (type) { [contentTypes addObject:type]; NSLog(@"iOS 14+ Adding type: %@", uti); } else { NSLog(@"Warning: Unable to create UTI: %@", uti); } } UIDocumentPickerViewController *documentPicker = [[UIDocumentPickerViewController alloc] initForOpeningContentTypes:contentTypes]; documentPicker.delegate = self; documentPicker.allowsMultipleSelection = NO; [self.presentingViewController presentViewController:documentPicker animated:YES completion:nil]; } However, we've observed inconsistent symbol reference types to UTType in the final linked binaries: One build results in a strong reference to UTType. Another demo project (with seemingly identical code and build settings) results in a weak reference. Both object files (.o) show undefined references to UTType symbols (e.g., UTTypeCreatePreferredIdentifierForTag), yet the final linked binaries differ in how these symbols are resolved. Impact of the Issue This inconsistency causes problems on iOS 14.0+ devices: Strong reference version: Fails to launch on devices where the UniformTypeIdentifiers framework is not present (e.g., certain older iOS 14.x devices), due to link-time failure. Weak reference version: Launches successfully but crashes at runtime when attempting to call UTType methods, because the implementation cannot be found. Our Analysis Using nm -u, both versions show an undefined symbol: U _UTTypeCreatePreferredIdentifierForTag However, in the final binaries: One shows: T _UTTypeCreatePreferredIdentifierForTag (strong) The other shows: W _UTTypeCreatePreferredIdentifierForTag (weak) Both projects link against the framework identically in their build logs: -framework UniformTypeIdentifiers (no -weak_framework flag is used in either case). Questions Why do identical source code and linker flags result in different symbol reference strengths (T vs W) for the same framework? Are there specific compiler or linker behaviors (e.g., deployment target, SDK version, module imports, or bitcode settings) that influence whether symbols from UniformTypeIdentifiers are treated as strong or weak? What is the recommended best practice to ensure consistent symbol referencing when using newer APIs like UTType, especially when supporting older OS versions? We aim to understand this behavior to guarantee stable operation across all supported iOS versions—avoiding both launch failures and runtime crashes caused by inconsistent symbol linking. Any insights or guidance from the community or Apple engineers would be greatly appreciated! Let me know if you'd like a shorter version or want to include additional build environment details (Xcode version, deployment target, etc.)!

In our app, we implement a document picker using FilePickerManager+available.m, selecting different APIs based on the iOS version: if (@available(iOS 14.0, *)) { NSMutableArray<UTType *> *contentTypes = [NSMutableArray array]; for (NSString *uti in documentTypes) { UTType *type = [UTType typeWithIdentifier:uti]; if (type) { [contentTypes addObject:type]; NSLog(@"iOS 14+ Adding type: %@", uti); } else { NSLog(@"Warning: Unable to create UTI: %@", uti); } } UIDocumentPickerViewController *documentPicker = [[UIDocumentPickerViewController alloc] initForOpeningContentTypes:contentTypes]; documentPicker.delegate = self; documentPicker.allowsMultipleSelection = NO; [self.presentingViewController presentViewController:documentPicker animated:YES completion:nil]; } However, we've observed inconsistent symbol reference types to UTType in the final linked binaries: One build results in a strong reference to UTType. Another demo project (with seemingly identical code and build settings) results in a weak reference. Both object files (.o) show undefined references to UTType symbols (e.g., UTTypeCreatePreferredIdentifierForTag), yet the final linked binaries differ in how these symbols are resolved. Impact of the Issue This inconsistency causes problems on iOS 14.0+ devices: Strong reference version: Fails to launch on devices where the UniformTypeIdentifiers framework is not present (e.g., certain older iOS 14.x devices), due to link-time failure. Weak reference version: Launches successfully but crashes at runtime when attempting to call UTType methods, because the implementation cannot be found. Our Analysis Using nm -u, both versions show an undefined symbol: U _UTTypeCreatePreferredIdentifierForTag However, in the final binaries: One shows: T _UTTypeCreatePreferredIdentifierForTag (strong) The other shows: W _UTTypeCreatePreferredIdentifierForTag (weak) Both projects link against the framework identically in their build logs: -framework UniformTypeIdentifiers (no -weak_framework flag is used in either case). Questions Why do identical source code and linker flags result in different symbol reference strengths (T vs W) for the same framework? Are there specific compiler or linker behaviors (e.g., deployment target, SDK version, module imports, or bitcode settings) that influence whether symbols from UniformTypeIdentifiers are treated as strong or weak? What is the recommended best practice to ensure consistent symbol referencing when using newer APIs like UTType, especially when supporting older OS versions? We aim to understand this behavior to guarantee stable operation across all supported iOS versions—avoiding both launch failures and runtime crashes caused by inconsistent symbol linking. Any insights or guidance from the community or Apple engineers would be greatly appreciated! Let me know if you'd like a shorter version or want to include additional build environment details (Xcode version, deployment target, etc.)!

I’m currently facing a disk space limitation on my Mac. I’ve already freed up some storage by following the suggestions shared in a previous post, which helped partially, but the issue is not fully resolved and space is still a bottleneck for my workflow. To move forward, I’d like to ask a very concrete question: Is it safe and supported to move Xcode to an external hard drive (SSD), use it from there, and simply connect the drive whenever I need to work with Xcode? Specifically: Are there known issues with performance, stability, or updates? Are there components that must remain on the internal disk to avoid unexpected behavior? Is this a reasonable long-term setup, or just a temporary workaround? I want to make sure I’m not setting myself up for hidden problems down the road. Thanks in advance for any clarification or best practices you can share.

I got accidentally this graph whilst playing with the periods of display in AppStoreConnect Trends hourly graph on several days But when I try to recall it, no way. If I select a multi days period, hourly graph is not available. Someone has an idea how to get it again ? Or was I lucky to profit of a forums bug ? Here are the settings for the graph I cannot select again.

Hi! I have a bigger Xcode project that has multiple targets: the main app (MainApp) helper command line tool (HelperTool) The project also lists multiple package dependencies via SwiftPM and these dependencies have dependencies between themselves. One of such packages produces a dynamic library MyFramework which is a dependency for both the main app and the HelperTool which has it listed under Build Phases > Dependencies as well as under Link with Frameworks. This builds just fine, but the issue somes when I want to add another target called AdditionalHelperTool which it has pretty much the same dependencies as HelperTool. When I add this second target, I start running into issues like the following: Multiple commands produce '[...]/Build/Products/Debug/Frameworks/MyFramework.framework/Versions/A' Target 'HelperTool' (project 'MyApp') has copy command from '[...]/Build/Products/Debug/PackageFrameworks/MyFramework.framework' to '[...]/Build/Products/Debug/Frameworks/MyFramework.framework' Target 'AdditionalHelperTool' (project 'MyApp') has copy command from '[...]/Build/Products/Debug/PackageFrameworks/MyFramework.framework' to '[...]/Build/Products/Debug/Frameworks/MyFramework.framework'` It seems that Xcode runs the build of both targets separately and it sees a conflict given that both targets have same dependencies that it's trying to built separately. Has anyone encountered something similar? Can anyone suggest a solution for this?

dSYM size became thrice for builds generated via xcode 26 compared to xcode 16. These are all release builds.

We are trying to notarize a MacOS app on our paid developer business account for the past 3 weeks. After many hours of processing, we received the following error: Team is not yet configured for notarization. Please contact Developer Programs Support at developer.apple.com under the topic Development and Technical / Other Development or Technical Questions.", "statusCode": 7000, Has anyone else experienced this issue and if so, how was it resolved? We have reached out to support to ask them to enable this configuration and received no reply. Any advice or guidance would be appreciated.

Downloaded Xcode 26.2 from App Store. Started new Project, which defaults to "hello world". The canvas "simulator" within fails to finish indexing (paused), or When the canvas is active, the first code change (i.e. just a return key at the end of a line) cause the Xcode program to come to a stop. Have ended Xcode and rebooted a number of times. A number of remedies are posted on the net. All a little different than the other. Is there a current remedy for Xcode 26.2 to this issue available? iMac on Sequoia 15.7.3 , 800 gb of available storage Xcode: 26.2 (24553) Instruments: 26.2 (64573.16) SDKs: DriverKit: 25.2: iOS: 26.2: (23C53) iOS Simulator: 26.2: (23C53) macOS: 26.2: (25C57) tvOS: 26.2: (23K50) tvOS Simulator: 26.2: (23K50) visionOS: 26.2: (23N301) visionOS Simulator: 26.2: (23N301) watchOS: 26.2: (23S303) watchOS Simulator: 26.2: (23S303)

My app has never been associated with my personal Apple ID - this is exactly why I use a Business/Managed Apple ID for all development‑related work. However, after the most recent apple updates, TestFlight has started creating conflicts between these accounts. Current situation: The App Store is correctly linked to my personal Apple ID, as expected. TestFlight, which should be tied to our Business/Managed Apple ID for internal testing, is now incorrectly linked to my personal Apple ID. App Store Connect and our developer account remain correctly associated with the Business/Managed Apple ID. I should not be required to sign out of my personal Apple ID on the device just to use TestFlight with the Business/Managed Apple ID. This has never been required before, and signing out risks data loss if a full backup hasn’t been done. Attempting to switch accounts inside TestFlight results in an “internal error,” making it impossible to redeem TestFlight codes or continue our testing workflow. I’ve already tried deleting our app, deleting and reinstalling TestFlight and removing all personal email accounts associated with Apple Developer. TestFlight still forces the personal Apple ID. If anyone has any recommendations other than signing out of my personal account, I would really appreciate it. Thank you!

Are there tools to inspect why a drag-and-drop drop is not triggering in a SwiftUI app? I've declared .draggable on the dragging view, and .dropDestination on the receiving TabContent Tab view. This combination of modifiers is working on a smaller demo app that I have, but not on my more complex one. Is there a means to debug this in SwiftUI? I'd like to see if the drag-and-drop pasteboard actually has what I think it should have on it. Notably: "TabContent" has a far more restricted list of modifiers that can be used on it.

This is the error that I get when I build for the iOS App Store or run on my connected iPad (with App Store release). This is my first iOS app that i have developed. When I build for development I get no errors and runs fine on my iPad (also simulator ipads). I have several Mac apps on the app store. The embedded.mobileprovision file is in my app bundle. com.nawctsd.riotpad is the Bundle Identifier in the app and in the App ID Configuration.

Hello, According to documentation, the App Store does not re-download the entire app when updating, but instead generates an update package containing only the changed content compared to the previous version. I’d like to clarify the following points: 1. Granularity of file changes If only part of a large file changes, does the update package include the entire file, or does it patch only the modified portions within that file? 2. Guideline on separating files The documentation recommends separating files that are likely to change from those that are not. How should this be interpreted in practice? 3. Verifying the diff result Is there a way for developers to check the actual diff result of the update package generated by the App Store without submitting the app? Is there a diff command tool or comparison method closer to the actual App Store update process? 4. Estimating update size during development For apps with large-scale resources, minimizing update size is critical. Are there any tools or best practices to estimate the size of the update package before submitting to the App Store? Any clarification or reference materials would be greatly appreciated. Thank you.

Recently, I have experienced this issue and the alert keep popping on my playground non-stop although I pressed " allow". I have attached the issue screenshot in this post. Can anyone help me with that.

I have recently been having trouble with my iOS 18.2 beta update. It has been 2 weeks since I have updated to iOS 18.2 beta and joined the Genmoji and image playground waitlist. I am wondering how much longer I have to wait till my request is approved.

I get a lot of downloads from outside USA but almost no conversion (subscription/IAP) from those countries. Apple App Store does the price conversion based on currency conversion and VAT but it does not take into account that $10 in India or Argentina is a much bigger portion of ones income compared to a US person. Converting all these prices (175 of them) manually is very cumbersome for each subscription tier and for each region.

I am developing the electronic part of product, it includes a Find-My features. I saw some forum that testing Find-My feature needs a CSR and testing token. Can anyone teach me how to apply CSR and testing token step by step? Thank you very much. Best regards Sam Ng