https://developer.apple.com/documentation/appstoreserverapi/send_consumption_information If the customer provided consent, respond by calling this API and sending the consumption data in the ConsumptionRequest to the App Store. If not, respond by calling this API and setting the customerConsented value to false in the ConsumptionRequest; don't send any other information. Since our server would be receiving CONSUMPTION_REQUEST server notifications and will be the one calling the Consumption API, how do we know if the user has provided consent? That info doesn't seem to be in the server notification or anywhere else.

On an app that was using the old API for In-App Purchases (StoreKit 1). The app is already published on the App Store. The purchase is non-consumable. While trying to migrate to StoreKit 2, I'm unable to restore purchases. Specifically displaying and purchasing products works as expected, but when deleting and reinstalling the app, and then trying to restore purchases I can't do it. I'm trying to restore them using the new APIs but it doesn't seem to be working. What I have tried so far: I'm listening for transaction updates during the whole lifetime of the app, with: Task.detached { for await result in Transaction.updates { if case let .verified(safe) = result { } } } I have a button that calls this method, but other than prompting to log in again with the Apple ID it doesn't seem to have any effect at all: try? await AppStore.sync() This doesn't return any item for await result in Transaction.currentEntitlements { if case let .verified(transaction) = result { } } This doesn't return any item for await result in Transaction.all { if case let .verified(transaction) = result { } } As mentioned before I'm trying this after purchasing the item and deleting the app. So I'm sure it should be able to restore the purchase. Am trying this both with a Configuration.storekit file on the simulator, and without it on a real device, in the Sandbox Environment. Has anyone being able to restore purchases using StoreKit 2? PD: I already filed a feedback report on Feedback Assistant, but so far the only thing that they have replied is: Because StoreKit Testing in Xcode is a local environment, and the data is tied to the app, when you delete the app you're also deleting all the transaction data for that app in the Xcode environment. The code snippets provided are correct usage of the API. So yes, using a Configuration.storekit file won't work on restoring purchases, but if I can't restore them on the Sandbox Environment I'm afraid that this won't work once released, leaving my users totally unable to restore what they have already purchased.

There is no available API that allows you to connect to Android. The current APIs that are provided are not compatible outside of the Apple Ecosystem. For example, Android requires you to set a service name and a password where iOS sets a service and a PIN authentication strategy in a specific format that’s not compatible. It looks like the implementation is not following the Wifi Aware Specifications. To enable cross platform interoperability while providing security, could you adopt the same strategy as with Bluetooth and enable iOS users to enable the sharing and subscription of services with Everyone.

I have an app using weatherkit and its currently live and up on the app store, recently I had some users report to me that they had been receiving errors loading weather data, I had error handling built in and it reported an issue with apples authentication server Failed to generate jwt token for: com.apple.weatherkit.authservice with error: Error Domain=WeatherDaemon.WDSJWTAuthenticatorServiceListener.Errors Code=2 "(null)" I have not come across this during the development lifecycle of my project, there where no codebase changes, it just stopped functioning. The app entitlements are valid and correct, Weatherkit is enabled in both xcode and across my Certs, identifiers and profiles. I was not experiencing this issue until I reinstalled the app from the app store completly by first removing it and then re-installing fresh. Hard reboots do not help and I do not want to start suggesting to my users to factory reset their devices. We are using WeatherKit in both our main app and widget, relying entirely on Apple’s framework for authentication and token management. We do not generate or inject our own JWT tokens; all token handling is managed by WeatherKit. We have implemented a debug menu with the following actions: Clear WeatherKit JWT tokens from the keychain Clear all related UserDefaults key Clear all app group data and all UserDefaults. Perform a “nuclear” cache clear (removes all app data, keychain, and cached files). We log all WeatherKit fetch attempts and failures, including authentication errors, both in the app and widget and get nothing but code 2. We have attempted all of the above steps, but continue to experience issues with WeatherKit JWT authentication We would appreciate any guidance or insight into what else could be causing persistent WeatherKit JWT/authentication issues, or if there are any additional steps we should try. P.S. - Tested and experiencing the same issues on an iPhone 15 Pro Max and iPhone 15 The Pro Max is on the iOS 26 Beta // and the 15 is on the latest iOS 18

Hello, I am working to integrate the new com.apple.developer.networking.carrier-constrained.app-optimized entitlement in my iOS 26 app so that my app can use a carrier-provided satellite network, and want to confirm my understanding of how to detect and optimize for satellite network conditions. (Ref: https://developer.apple.com/documentation/bundleresources/entitlements/com.apple.developer.networking.carrier-constrained.app-optimized ) My current approach: I plan to set the entitlement to true once my app is optimized for satellite networks. To detect if the device is connected to a satellite network, I intend to use the Network framework’s NWPath properties: isUltraConstrained — I understand this should be set to true when the device is connected to a satellite network. (Ref: https://developer.apple.com/documentation/network/nwpath/isultraconstrained ) linkQuality == .minimal — I believe this will also be set in satellite scenarios, though it may not be exclusive to satellite connections. (Ref: https://developer.apple.com/documentation/network/nwpath/linkquality-swift.enum/minimal ) Questions: Is it correct that isUltraConstrained will reliably indicate a satellite connection? Should I also check for linkQuality == .minimal, or is isUltraConstrained sufficient? Are there any additional APIs or best practices for detecting and optimizing for satellite connectivity that I should be aware of? Thank you for confirming whether my understanding and approach are correct, and for any additional guidance.

I regularly see questions, both here on the Apple Developer Forums and in my Day Job™ at DTS, that are caused by a fundamental misunderstanding of how background execution works on iOS. These come in many different variants, for example: How do I keep my app running continuously in the background? If I schedule a timer, how do I get it to fire when the screen is locked? How do I run code in the background every 15 minutes? How do I set up a network server that runs in the background? How can my app provide an IPC service to another one of my apps while it’s in the background? How can I resume my app in the background if it’s been ‘force quit’ by the user? The short answer to all of these is You can’t. iOS puts strict limits on background execution. Its default behaviour is to suspend your app shortly after the user has moved it to the background; this suspension prevents the process from running any code. There’s no general-purpose mechanism for: Running code continuously in the background Running code at some specific time in the background Running code periodically at a guaranteed interval Resuming in the background in response to a network or IPC request [1] However, iOS does provide a wide range of special-purpose mechanisms for accomplishing specific user goals. For example: If you’re building a music player, use the audio background mode to continue playing after the user has moved your app to the background. If you’re building a timer app, check out the AlarmKit framework. On older systems, use a local notification to notify the user when your timer has expired. If you’re building a video player app, use AVFoundation’s download support. Keep in mind that the above is just a short list of examples. There are many other special-purpose background execution mechanisms, so you should search the documentation for something appropriate to your needs. IMPORTANT Each of these mechanisms fulfils a specific purpose. Do not attempt to use them for some other purpose. Before using a background API, read clause 2.5.4 of the App Review Guidelines. Additionally, iOS provides some general-purpose mechanisms for background execution: To resume your app in the background in response to an event on your server, use a background notification (aka a ‘silent’ push). For more information, see Pushing background updates to your App. To request a small amount of background execution time to refresh your UI, use the BGAppRefreshTaskRequest class. To request extended background execution time, typically delivered overnight when the user is asleep, use the BGProcessingTaskRequest class. To continue user-visible work after the user has left your app, use the BGContinuedProcessingTask class. To prevent your app from being suspended for a short period of time so that you can complete some user task, use a UIApplication background task. For more information on this, see UIApplication Background Task Notes. To download or upload a large HTTP resource, use an URLSession background session. All of these mechanisms prevent you from abusing them to run arbitrary code in the background. As an example, consider the URLSession resume rate limiter. For more information about these limitations, and background execution in general, I strongly recommend that you watch WWDC 2020 Session 10063 Background execution demystified [2]. It’s an excellent resource. Specifically, this talk addresses a common misconception about the app refresh mechanism (BGAppRefreshTaskRequest and the older background fetch API). Folks assume that app refresh will provide regular background execution time. That’s not the case. The system applies a range of heuristics to decide which apps get app refresh time and when. This is a complex issue, one that I’m not going to try to summarise here, but the take-home message is that, if you expect that the app refresh mechanism will grant you background execution time, say, every 15 minutes, you’ll be disappointed. In fact, there are common scenarios where it won’t grant you any background execution time at all! Watch the talk for the details. [1] iOS 26 introduced support for general-purpose IPC, in the form of enhanced security helper extensions. However, these can only be invoked by the container app, and that means there’s no background execution benefit. [2] Sadly the video is currently not available from Apple. I’ve left the link in place just in case it comes back. When the user ‘force quits’ an app by swiping up in the multitasking UI, iOS interprets that to mean that the user doesn’t want the app running at all. So: If the app is running, iOS terminates it. iOS also sets a flag that prevents the app from being launched in the background. That flag gets cleared when the user next launches the app manually. This gesture is a clear statement of user intent; there’s no documented way for your app to override the user’s choice. Note In some circumstances iOS will not honour this flag. The exact cases where this happens are not documented and have changed over time. Finally, if you have questions about background execution that aren’t covered by the resources listed here, please open a new thread on the forums with the details. Put it in a reasonable subtopic and tag it appropriately for the technology you’re using; if nothing specific springs to mind, use Background Tasks. Also, make sure to include details about the specific problem you’re trying to solve because, when it comes to background execution, the devil really is in the details. Share and Enjoy — Quinn “The Eskimo!” @ Developer Technical Support @ Apple let myEmail = "eskimo" + "1" + "@" + "apple.com" Change history: 2026-01-09 Added a reference to AlarmKit. Added a reference to BGContinuedProcessingTask. Add a footnote about IPC and another one about WWDC 2020 Session 10063. Made other minor editorial changes. 2024-03-21 Added a discussion of ‘force quit’. 2023-05-11 Added a paragraph that explains a common misconception about the app refresh mechanism. Made other minor editorial changes. 2021-08-12 Added more entries to the common questions list, this time related to networking and IPC. Made minor editorial changes. 2021-07-26 Extended the statement about what’s not possible to include “running code periodically at a guaranteed interval”. 2021-07-22 First posted.

We have an app in Swift that uses push notifications. It has a deployment target of iOS 15.0 I originally audited our app for iOS 26 by building it with Xcode 26 beta 3. At that point, all was well. Our implementation of application:didRegisterForRemoteNotificationsWithDeviceToken was called. But when rebuilding the app with beta 4, 5 and now 6, that function is no longer being called. I created a simple test case by creating a default iOS app project, then performing these additional steps: Set bundle ID to our app's ID Add the Push Notifications capability Add in application:didRegisterForRemoteNotificationsWithDeviceToken: with a print("HERE") just to set a breakpoint. Added the following code inside application:didFinishLaunchingWithOptions: along with setting a breakpoint on the registerForRemoteNotifications line: UNUserNotificationCenter.current().requestAuthorization(options: [.badge, .alert, .sound]) { granted, _ in DispatchQueue.main.async { UIApplication.shared.registerForRemoteNotifications() } } Building and running with Xcode 26 beta 6 (17A5305f) generates these two different outcomes based upon the OS running in the Simulator: iPhone 16 Pro simulator running iOS 18.4 - both breakpoints are reached iPhone 16 Pro simulator running iOS 26 - only the breakpoint on UIApplication.shared.registerForRemoteNotifications is reached. Assuming this is a bug in iOS 26. Or, is there something additional we now need to do to get push notifications working?

Hello! I make use of the new iOS 15.4 SKAdNetwork.updatePostbackConversionValue feature: SKAdNetwork.updatePostbackConversionValue(0) { error in                 if let error = error {                     print(error.localizedDescription)                 }             } I am not sure why, but I always see this error message in the console: SKAdNetwork: Error while updating conversion value: Error Domain=SKANErrorDomain Code=10 "(null)" The operation couldn’t be completed. (SKANErrorDomain error 10.) Any idea what’s going on there? What does Error Code 10 mean? Couldn't find anything in the documentation about that so far. I have the NSAdvertisingAttributionReportEndpoint key with domain (https://api2.branch.io/v1/skadnetwork/advertiser_app) in my .plist.

We are integrating Apple’s DeclaredAgeRange SDK. To comply with relevant regulatory requirements, our understanding is as follows: The app is only required to obtain the declared age range for users located in Texas. For users outside of Texas, we should not proactively request age range information. Accordingly, we would like to confirm the following: Are we required to present the age range request prompt to all users in the United States? If yes, we are concerned that this may significantly impact the overall user experience. If it is permissible to request age range only for Texas users, how can we reliably determine whether a user is located in Texas on the client side? For example, does Apple provide an API or recommended method for accurately identifying a user’s region (specifically Texas)?

Thanks for view post. I found some problem on step review in-app-purchase. All item in app purchase hold on "Developer Action Needed" then I check issue i found it because all item in section App Store Localization rejected. I don't know why it rejected on board don't show any information that why it was rejected. if who know please suggest me. I try many renew create item but every i resume for submit it every time it was reject aways I attached example my rejected image below thanks.

On iOS 26.2 (23C55), DeviceActivityMonitor.eventDidReachThreshold fires intermittently for a daily schedule (00:00–23:59) even when iOS Screen Time shows 0 minutes for the selected apps that day. This causes premature shielding via ManagedSettings. Environment: iPhone 13 Pro Max, iOS 26.2 (23C55). Event selection: 2 apps. Threshold: 30 minutes. Multiple TestFlight users report the same behavior across various app selections and thresholds. Intermittent (~50% of days); sometimes multiple days in a row. Not observed in testing prior to iOS 26.2. Evidence: sysdiagnose + Screen Time screenshots (with 0 screen time on selected apps) + unified logs show UsageTrackingAgent notifying the extension that “unproductive from activity daily reached its threshold,” followed immediately by ManagedSettings shield being applied (extension reacting to the callback). Filed Feedback Assistant: FB21450954. Questions: Are others seeing this on 26.2? Does it correlate with restarting monitoring at interval boundaries or includesPastActivity settings?

My use case is the following: Every user of my app can create as an owner a set of items.  These items are private until the owner invites other users to share all of them as participant. The participants can modify the shared items and/or add other items. So, sharing is not done related to individual items, but to all items of an owner. I want to use CoreData & CloudKit to have local copies of private and shared items. To my understanding, CoreData & CloudKit puts all mirrored items in a special zone „com.apple.coredata.cloudkit.zone“. So, this zone should be shared, i.e. all items in it. In the video it is said that NSPersistentCloudKitContainer uses Record Zone Sharing optionally in contrast to hierarchically record sharing using a root record. But how is this done? Maybe I can declare zone „com.apple.coredata.cloudkit.zone“ as a shared zone?

I have a simple app that uses SwiftUI and SwiftData to maintain a database. The app runs on multiple iPhones and iPads and correctly synchronises across those platforms. So I am correct setting Background Modes and Remote Notifications. I have also correctly setup my Model Configuration and ModelContainer (Otherwise I would expect syncing to fail completely). The problem arises when I run on a Mac (M1 or M3) either using Mac Designed for iPad or Mac Catalyst. This can be debugging in Xcode or running the built app. Then the app does not reflect changes made in the iPhone or iPad apps unless I follow a specific sequence. Leave the app, (e.g click on a Finder window), then come back to the app (i.e click on the app again). Now the app will show the changes made on the iPhone/iPad. It looks like the app on the Mac is not processing remote notifications when in the background - it only performs them when the app has just become active. It also looks like the Mac is not performing these sync operations when the app is active. I have tried waiting 30 minutes and still the sync doesn't happen unless I leave the app and come back to it. I am using the same development CloudKit container in all cases

We are currently using Live Activities in our app and supporting both of the following use cases: Starting a Live Activity directly from the app using ActivityKit APIs. Starting a Live Activity from the backend using the start token. In the first case (initiated from the app), the OS generates an update token, and we are able to continuously update the Live Activity via our backend—even if the user has not explicitly provided "Allow" or "Always Allow" consent from the lock screen. This works as expected. In the second case (initiated from the backend), if the user does provide consent ("Allow" or "Always Allow") from the lock screen, we receive the update token and can continue updating the Live Activity. However, if the user does not provide consent, the OS does not provide the update token, and we are unable to send further updates. Question: Is it possible to receive the update token from the OS when the Live Activity is started from the backend, without the user explicitly providing "Allow" or "Always Allow" consent from the lock screen? We would appreciate any clarification or official documentation related to this behavior. Thank you!

Hi, we have developed an application that streams data from two BLE peripherals at a rate of 14.5kbps per peripheral. Until now, our devices streamed in near real time with no lag on all Apple devices with Bluetooth 5.0 or greater. Since the release of the iPhone 17 series and the iPad A16, we have reports from users of the data being streamed at significantly lower rates than expected. Any help here would be greatly appreciated as our customers are being affected by this change.

在iOS26.4中，新的交易完成后[NSBundle mainBundle] appStoreReceiptURL 获取的是历史票据，未给出新的票据

My team is preparing for iOS 18, and wanted to add intents using assistant schemas that are iOS 18 and above restricted. We noticed that the result builder for AppShortcuts added support for limitedAvailabilityCondition from iOS 17.4 so we marked the whole struct as available from it. The app compiles but writing a check like below inside appShortcuts property a crash will happen in iOS 17.5 runtime. (Removing the #available) is solving this problem. if #available(iOS 18, *) { AppShortcut( intent: SearchDonut(), phrases: [ "Search for a donut in \(.applicationName)" ], shortTitle: "search", systemImageName: "magnifyingglass" ) } We tried out putting the os check above and returning shortcuts in arrays and that both compiles and runs but then AppShortcuts.strings sends warnings that the phrases are not used (This phrase is not used in any App Shortcut or as a Negative Phrase.) because the script that extracts the phrases somehow fails to perform when shortcuts are written like below: static var appShortcuts: [AppShortcut] { if #available(iOS 18.0, *) { return [ AppShortcut( intent: CreateDonutIntent(), phrases: [ "Create Donut in \(.applicationName)", ], shortTitle: "Create Donut", systemImageName: "pencil" ) ] } else { return [ AppShortcut( intent: CreateDonutIntent(), phrases: [ "Create Donut in \(.applicationName)", ], shortTitle: "Create Donut", systemImageName: "pencil" ) ] } } This is very problematic because we can't test out on TF with external users new intents dedicated for iOS 18. We filed a radar under FB15010828

Recently I've been working on a demo project called iLibrary. The main goal was to learn more about CloudKit and SwiftData. After a while I noticed that there were some hangs/freezes when running the app in debug mode. I first tried this with Xcode 15.4 and iOS 17.5. Here the hang only appears at the beginning, but only for a few seconds. But when I exit debug mode, there are no more hangs. With Xcode 16 beta 4 and iOS 18 it looks completely different. In this case, the hangs and freezes are always present, whether in debug mode or not. And it's not just at the beginning, it's throughout the app. I'm aware that this is still a beta, but I still find this weird. And when I profile this I see that the main thread gets quite overloaded. Interestingly, my app doesn't have that many operations going on. So I guess something with the sync of SwiftData or my CloudKitManger where I fetch some records from the public database is not running fine. Lastly, I wanted to delete the iCloud app data. So I went to Settings and tried to delete it, but it didn't work. Is this normal? Does anyone have any idea what this could be? Or has anyone encountered this problem as well? I'd appreciate any support. My project: https://github.com/romanindermuehle/iLibrary

In iOS 26.4 beta 4, the receipt returned by StoreKit payments via [[NSBundle mainBundle] appStoreReceiptURL] corresponds to the previous transaction; the content only becomes correct after restarting the app.

We recently developed the provisional permission for our app, but we have noticed that is not working as expected in iOS 16 (We have tested only there). Currently we request the permissions like this: UNUserNotificationCenter.current().requestAuthorization(options: [.alert, .badge, .sound, .provisional]) { [weak self] _, _ in // here we register for pushes in case authorizationStatus is provisional or authorised } What happens is we do get the 1st notification with the keep CTA - once tapped we see that there pops an action: "Deliver Immediately", but even though the user selects that, we still see under setting the pushes are marked as "Deliver Quietly". In addition to this the sound and bage still stay as toggled off - and the lock screen and banner as well stay off. Basically, nothing changes after the user selects "Deliver Immediately"