Hello, I have to create an app in Swift that it scan NFC Identity card. It extract data and convert it to human readable data. I do it with below code import CoreNFC class NFCIdentityCardReader: NSObject , NFCTagReaderSessionDelegate { func tagReaderSessionDidBecomeActive(_ session: NFCTagReaderSession) { print("\(session.description)") } func tagReaderSession(_ session: NFCTagReaderSession, didInvalidateWithError error: any Error) { print("NFC Error: \(error.localizedDescription)") } var session: NFCTagReaderSession? func beginScanning() { guard NFCTagReaderSession.readingAvailable else { print("NFC is not supported on this device") return } session = NFCTagReaderSession(pollingOption: .iso14443, delegate: self, queue: nil) session?.alertMessage = "Hold your NFC identity card near the device." session?.begin() } func tagReaderSession(_ session: NFCTagReaderSession, didDetect tags: [NFCTag]) { guard let tag = tags.first else { session.invalidate(errorMessage: "No tag detected") return } session.connect(to: tag) { (error) in if let error = error { session.invalidate(errorMessage: "Connection error: \(error.localizedDescription)") return } switch tag { case .miFare(let miFareTag): self.readMiFareTag(miFareTag, session: session) case .iso7816(let iso7816Tag): self.readISO7816Tag(iso7816Tag, session: session) case .iso15693, .feliCa: session.invalidate(errorMessage: "Unsupported tag type") @unknown default: session.invalidate(errorMessage: "Unknown tag type") } } } private func readMiFareTag(_ tag: NFCMiFareTag, session: NFCTagReaderSession) { // Read from MiFare card, assuming it's formatted as an identity card let command: [UInt8] = [0x30, 0x04] // Example: Read command for block 4 let requestData = Data(command) tag.sendMiFareCommand(commandPacket: requestData) { (response, error) in if let error = error { session.invalidate(errorMessage: "Error reading MiFare: \(error.localizedDescription)") return } let readableData = String(data: response, encoding: .utf8) ?? response.map { String(format: "%02X", $0) }.joined() session.alertMessage = "ID Card Data: \(readableData)" session.invalidate() } } private func readISO7816Tag(_ tag: NFCISO7816Tag, session: NFCTagReaderSession) { let selectAppCommand = NFCISO7816APDU(instructionClass: 0x00, instructionCode: 0xA4, p1Parameter: 0x04, p2Parameter: 0x00, data: Data([0xA0, 0x00, 0x00, 0x02, 0x47, 0x10, 0x01]), expectedResponseLength: -1) tag.sendCommand(apdu: selectAppCommand) { (response, sw1, sw2, error) in if let error = error { session.invalidate(errorMessage: "Error reading ISO7816: \(error.localizedDescription)") return } let readableData = response.map { String(format: "%02X", $0) }.joined() session.alertMessage = "ID Card Data: \(readableData)" session.invalidate() } } } But I got null. I think that these data are encrypted. How can I convert them to readable data without MRZ, is it possible ? I need to get personal informations from Identity card via Core NFC. Thanks in advance. Best regards

I hope you are doing well. I am reaching out to follow up regarding my app, which has been under App Review for an unusually long period of time. I have contacted Apple Developer Support several times through both phone calls and emails, but so far, there has been no effective resolution or progress. Below are the case references from the last few weeks: • Case ID: 102741157121 — App Store Connect Users and Roles • Case ID: 102745063464 — Program Enrolment • Case ID: 102744897406 — Other Membership or Account Questions • Case ID: 102742872512 — App Review Status • Case ID: 102742874797 — App Review Status • Case ID: 102743079324 — Developer Team Management • Case ID: 102738804525 — Feedback and Other Topics • Case ID: 102735998715 — Agreements and Contracts • Case ID: 102735996938 — App Review Status • Case ID: 102725767721 — Other App Review Questions • Case ID: 102725766192 — App Review Status • Case ID: 102729318336 — My Issue Is Not Listed • Case ID: 102723997813 — Program Enrolment As you can see, I have made numerous attempts to resolve this matter, yet I have not received any concrete response or outcome. My app continues to remain in the “In Review” state without any progress or communication from your team. This repeated delay is affecting my project timeline and business operations. I respectfully request that this issue be escalated to a senior App Review specialist or higher-level reviewer who can take direct action. Please review the above case history and provide a clear resolution or update at the earliest possible. Thank you for your attention and understanding.

The example database/server provided by Apple for Live Caller ID contains a hardcoded database with a tiny number of pre-defined numbers. However, its not expected to be representational of an live real world usage server. But the question is how can that be accomplished if its a requirement that the data be KPIR encrypted? In real world scenarios, the factors that effect whether a number should be blocked or not are continually changing and evolving on a minute-by-minute basis and new information becomes available or existing information changes. If the database supports tens of millions or hundreds of millions of constantly changing phone numbers, in order to meet the requirements of the Live Caller ID being KPIR encrypted, that would imply the database has to re-encrypt its database of millions endlessly for all time. That seems unfeasable and impractical to implement. Therefore how do the Apple designers of this feature envisage/suggest a real-world server supporting millions of changing data should meet the requirement to be KPIR encrypted?

Device: iPhone 11 iOS Version: 17.2.1 Frameworks: UIKit, Auto Layout App Behavior: App supports Arabic (RTL). User can switch language in-app. When language is switched, the app sets UIView.appearance().semanticContentAttribute and fully rebuilds the window’s rootViewController. Problem Summary I update the global semantic direction only when the user explicitly switches language inside the app — e.g.: // Only run when user switches language inside the app UIView.appearance().semanticContentAttribute = .forceRightToLeft // or .forceLeftToRight // then rebuild the window's rootViewController I do not change UIView.appearance().semanticContentAttribute during navigation transitions. Despite that, after switching the language (and rebuilding the root), the app sometimes crashes during a subsequent UINavigationController push/pop animation. The crash appears to be caused by UIKit’s Auto Layout engine removing or updating directional constraints while a navigation transition is running. Crash Log (most relevant portion) Crashed: com.apple.main-thread 0 CoreAutoLayout 0x1372c -[NSISEngine positiveErrorVarForBrokenConstraintWithMarker:errorVar:] + 212 1 CoreAutoLayout 0x121d4 -[NSISEngine removeConstraintWithMarker:] + 1028 2 CoreAutoLayout 0x11d78 -[NSLayoutConstraint _removeFromEngine:] + 148 3 UIKitCore 0x124ba9c __58-[UIView _updateDirectionalConstraintsIfNeededWasFlipped:]_block_invoke_2 + 56 4 UIKitCore 0x484d4 ___UIViewEnumerateLayoutConstraintsAndAdjustForSelectedLayoutVariables_block_invoke + 296 5 UIKitCore 0x4801c -[UIView(AdditionalLayoutSupport) _withUnsatisfiableConstraintsLoggingSuspendedIfEngineDelegateExists:] + 112 6 UIKitCore 0x60830 -[UIView _updateDirectionalConstraintsIfNeededWasFlipped:] + 356 7 UIKitCore 0x60494 -[UIView setSemanticContentAttribute:] + 148 8 CoreFoundation 0x31794 __invoking___ + 148 9 CoreFoundation 0xe6360 -[NSInvocation invokeUsingIMP:] + 332 10 UIKitCore 0x1d93ec __workaround10030904InvokeWithTarget_block_invoke + 68 11 UIKitCore 0x250ec +[UIView _performSystemAppearanceModifications:] + 72 12 UIKitCore 0x3f008 applyInvocationsToTarget + 1004 13 UIKitCore 0x3dcd4 +[_UIAppearance _applyInvocationsTo:window:matchingSelector:onlySystemInvocations:] + 1180 14 UIKitCore 0x3d744 __88-[UIView(Internal) _performUpdatesForPossibleChangesOfIdiom:orScreen:traverseHierarchy:]_block_invoke + 68 15 UIKitCore 0x3d6c4 -[UIView _performUpdatesForPossibleChangesOfIdiom:orScreen:traverseHierarchy:] + 216 16 UIKitCore 0x3d5a0 -[UIView _didChangeFromIdiomOnScreen:traverseHierarchy:] + 112 17 UIKitCore 0x11644 -[UIView(Internal) _didMoveFromWindow:toWindow:] + 1220 18 UIKitCore 0x1142c -[UIView(Internal) _didMoveFromWindow:toWindow:] + 684 19 UIKitCore 0x1142c -[UIView(Internal) _didMoveFromWindow:toWindow:] + 684 20 UIKitCore 0x1142c -[UIView(Internal) _didMoveFromWindow:toWindow:] + 684 21 UIKitCore 0x10eb4 __45-[UIView(Hierarchy) _postMovedFromSuperview:]_block_invoke + 124 22 CoreAutoLayout 0xa514 -[NSISEngine withBehaviors:performModifications:] + 84 23 UIKitCore 0x10ddc -[UIView _postMovedFromSuperview:] + 504 24 UIKitCore 0xfa24 -[UIView(Internal) _addSubview:positioned:relativeTo:] + 2200 25 UIKitCore 0x7a63b8 __53-[_UINavigationParallaxTransition animateTransition:]_block_invoke_2 + 1252 26 UIKitCore 0x41a70 +[UIView(Animation) performWithoutAnimation:] + 76 27 UIKitCore 0x7a5e84 __53-[_UINavigationParallaxTransition animateTransition:]_block_invoke + 240 28 UIKitCore 0x12749c +[UIView _performBlockDelayingTriggeringResponderEvents:forScene:] + 176 29 UIKitCore 0x7a5990 -[_UINavigationParallaxTransition animateTransition:] + 952 30 UIKitCore 0x291098 ___UIViewControllerTransitioningRunCustomTransition_block_invoke_3 + 52 31 UIKitCore 0x29100c +[UIKeyboardSceneDelegate _pinInputViewsForKeyboardSceneDelegate:onBehalfOfResponder:duringBlock:] + 96 32 UIKitCore 0x290f70 ___UIViewControllerTransitioningRunCustomTransition_block_invoke_2 + 196 33 UIKitCore 0x1d8c8c +[UIView(Animation) _setAlongsideAnimations:toRunByEndOfBlock:] + 180 34 UIKitCore 0x1d851c _UIViewControllerTransitioningRunCustomTransition + 484 35 UIKitCore 0x6f5a84 -[UINavigationController _startCustomTransition:] + 3292 36 UIKitCore 0x1182a8 -[UINavigationController _startDeferredTransitionIfNeeded:] + 496 37 UIKitCore 0x1179a0 -[UINavigationController __viewWillLayoutSubviews] + 96 38 UIKitCore 0x117904 -[UILayoutContainerView layoutSubviews] + 172 39 UIKitCore 0x3297c -[UIView(CALayerDelegate) layoutSublayersOfLayer:] + 1528 40 QuartzCore 0x66aa8 CA::Layer::layout_if_needed(CA::Transaction*) + 500 41 QuartzCore 0x66630 CA::Layer::layout_and_display_if_needed(CA::Transaction*) + 144 42 QuartzCore 0x6cb60 CA::Context::commit_transaction(CA::Transaction*, double, double*) + 464 43 QuartzCore 0x65e3c CA::Transaction::commit() + 648 44 QuartzCore 0x65ae4 CA::Transaction::flush_as_runloop_observer(bool) + 88 45 CoreFoundation 0x3583c __CFRUNLOOP_IS_CALLING_OUT_TO_AN_OBSERVER_CALLBACK_FUNCTION__ + 36 46 CoreFoundation 0x34244 __CFRunLoopDoObservers + 548 47 CoreFoundation 0x33960 __CFRunLoopRun + 1028 48 CoreFoundation 0x33478 CFRunLoopRunSpecific + 608 49 GraphicsServices 0x34f8 GSEventRunModal + 164 50 UIKitCore 0x22c62c -[UIApplication _run] + 888 51 UIKitCore 0x22bc68 UIApplicationMain + 340 52 MyApp 0x46a040 main + 44 (AppDelegate.swift:44) 53 ??? 0x1c8d52dcc (缺少) Questions / Requests Recommended patterns for in-app language switching (LTR ⇄ RTL) to avoid direction/constraint races during animations? For example: Should semantic direction be applied to the window/root view controller only? Should we avoid rebuilding root during an active transition? Any suggested synchronization (e.g., wait for transitions to finish) or APIs to call after rebuilding?

Hello, We are experiencing slow launch time indicators in our performance monitoring tools(Crashlytics/DataDog/Xcode), and trying to understand what is the best approach to reduce it. Currently, cold launch takes ~900ms on iPhone 16 Pro , but ~2s on iPhone 11. Profiling app launch detected that most of the time is spend on loading the libraries. Our app is massive, we use a total of ~40 3rd parties libraries + 10 internal libraries. We enabled the "mergeable libraries" XCode new feature however the app launch is as written above. We also postponed some of the work in didFinishLaunch, which help a bit... But maybe we are trying to achieve the impossible? Could it be that large apps just can't reach the golden 500ms goal? Currently we are trying to create an "umbrella" library for all the third parties in order to force them to become part of the mergeable libraries. We would like to know if, are we on the right track?

Hello, I understand that to discover and pair a device or accessory with Wi-Fi Aware, we can use either the DeviceDiscoveryUI or AccessorySetupKitUI frameworks. During the pairing process, both frameworks prompt the user to enter a pairing code. Is this step mandatory? What alternatives exist for devices or accessories that don't have a way to communicate a pairing code to the user (for example, devices or accessories without a display or voice capability)? Best regards, Gishan

I'm integrating Apple Pay with PayFort in a Swift iOS application, and I’m currently working on preparing a valid purchase request using Apple Pay, as described in PayFort’s documentation: 🔗 https://docsbeta.payfort.com/docs/api/build/index.html?shell#apple-pay-authorization-purchase-request The documentation outlines the following required parameters: apple_data apple_signature apple_header apple_transactionId apple_ephemeralPublicKey apple_publicKeyHash apple_paymentMethod apple_displayName apple_network apple_type Optional: apple_applicationData I understand these should be derived from the PKPayment object after Apple Pay authorization, but I’m having trouble mapping everything correctly. Here’s what I’m seeing in code: payment.token // Returns something like: <PKPaymentToken: 0x28080ae80; transactionIdentifier: "..."; paymentData: 3780 bytes> payment.token.paymentData // Contains 3780 bytes of encrypted data payment.token.paymentData.base64EncodedString() // Returns a long base64 string, which at first glance seems like it could be used for apple_data, // but PayFort doesn't accept it as-is — so this value appears to be incomplete or incorrectly formatted I can successfully retrieve the following values from payment.token.paymentMethod: apple_displayName apple_network apple_type However, I’m still unsure how to extract or build the following in the format accepted by PayFort: apple_data apple_signature apple_header apple_transactionId apple_ephemeralPublicKey apple_publicKeyHash apple_paymentMethod These may be contained within the paymentData JSON, but I’m not sure how to decode it or if Apple allows decrypting it in a way that matches PayFort’s expected format. How can I correctly extract or build apple_data, apple_signature, and apple_header from the Apple Pay token? Also, how should I handle the decryption or decoding (if necessary) of paymentData to retrieve values like apple_transactionId, apple_ephemeralPublicKey, and apple_publicKeyHash? If anyone has successfully set this up or has example code that bridges Apple Pay and PayFort’s expected request format, it would be super helpful! Thanks in advance 🙏

I am using a Raspberry Pi 5 (BLE 5.0) to read sensor data and send it via D-Bus and BlueZ to a Flutter application (flutter_blue_plus) for both iOS and Android. The goal is to display these real-time sensor updates directly on the device. On Android, the data transmission is immediate and the real-time visualization is extremely smooth and fast. However, on iOS, both BLE write and notification commands appear with noticeable latency—not only in real-time displays, but also when comparing ordinary notification feedback between the Raspberry Pi terminal and the iOS app. It seems that iOS buffers several BLE packets internally and then dispatches them in batches, which always introduces an additional delay. Additional setup details: I sample and transmit data every 25ms, sending binary packets of 20 bytes (length shouldn’t be a limiting factor). On the iOS side I am using an iPhone 15 Pro with iOS 18.6.2 (BLE 5.3). The Raspberry Pi (using btmon for logging) confirms after connection setup that the connection interval is fixed at 30ms (and cannot be changed). I have tried sending BLE packets every 30ms so that exactly one packet arrives per interval, but this made no difference—the latency and batch delivery remain. Interestingly, faster transmission rates (e.g. sending every 10ms) make the real-time display look smoother on iOS, but the guaranteed overall system latency does not improve. Also these methods used: write-without-response, using app in release modus (no debugging) Is there anyone familiar with this problem or a potential solution? Or is iOS simply not optimized for true real-time BLE data streaming and visualization? Any pointers, technical insights or workarounds would be greatly appreciated.

iphone 15 pro max ios 26 Stuck at the developer mode startup interface and unable to swipe up.

Hi, We began to get this new crash in codes that exist years ago from our recent released version, it crashed after a view removed itself from superview. We tried to look at the assembly code of NSISSparseVectorAddTermWithPlaceValueCoefficientStartingIndex, find out that d0 <= 0 would branch to NSISSparseVectorAddTermWithPlaceValueCoefficientStartingIndex.cold.1. We believe that it's related with Autolayout, but setting a negative value for width or height constraints can't reproduce this crash. Here is the crash log Exception Type: NSInternalInconsistencyException Invalid parameter not satisfying: placeValue > 0 Exception Codes: fault addr: (null) Crashed Thread: 0 0 CoreFoundation ___exceptionPreprocess + 164 1 libobjc.A.dylib _objc_exception_throw + 88 2 Foundation -[NSMutableDictionary(NSMutableDictionary) initWithContentsOfFile:] + 0 3 CoreAutoLayout NSISSparseVectorAddTermWithPlaceValueCoefficientStartingIndex.cold.1 + 100 4 CoreAutoLayout _NSISSparseVectorAddTermWithPlaceValueCoefficientStartingIndex + 848 5 CoreAutoLayout _NSISSparseVectorAddVectorTimesScalar + 72 6 CoreAutoLayout -[NSISObjectiveLinearExpression replaceVar:withExpression:processVarNewToReceiver:processVarDroppedFromReceiver:] + 200 7 CoreAutoLayout ____substituteOutAllOccurencesOfBodyVar_block_invoke + 504 8 CoreAutoLayout __substituteOutAllOccurencesOfBodyVar + 340 9 CoreAutoLayout __pivotToMakeColNewHeadOfRow + 960 10 CoreAutoLayout -[NSISEngine removeConstraintWithMarker:] + 748 11 CoreAutoLayout -[NSLayoutConstraint _removeFromEngine:] + 140 12 UIKitCore ___57-[UIView(AdditionalLayoutSupport) _switchToLayoutEngine:]_block_invoke + 164 13 CoreAutoLayout -[NSISEngine withBehaviors:performModifications:] + 84 14 UIKitCore -[UIView(AdditionalLayoutSupport) _switchToLayoutEngine:] + 212 15 UIKitCore ___57-[UIView(AdditionalLayoutSupport) _switchToLayoutEngine:]_block_invoke_2 + 148 16 UIKitCore ___57-[UIView(AdditionalLayoutSupport) _switchToLayoutEngine:]_block_invoke + 544 17 CoreAutoLayout -[NSISEngine withBehaviors:performModifications:] + 84 18 UIKitCore -[UIView(AdditionalLayoutSupport) _switchToLayoutEngine:] + 212 19 UIKitCore ___45-[UIView(Hierarchy) _postMovedFromSuperview:]_block_invoke + 84 20 CoreAutoLayout -[NSISEngine withBehaviors:performModifications:] + 84 21 UIKitCore -[UIView _postMovedFromSuperview:] + 512 22 UIKitCore ___UIViewWasRemovedFromSuperview + 136 23 UIKitCore -[UIView(Hierarchy) removeFromSuperview] + 244 Assembly of NSISSparseVectorAddTermWithPlaceValueCoefficientStartingIndex CoreAutoLayout`NSISSparseVectorAddTermWithPlaceValueCoefficientStartingIndex: -> 0x1ec1a2124 <+0>: pacibsp 0x1ec1a2128 <+4>: stp d11, d10, [sp, #-0x60]! 0x1ec1a212c <+8>: stp d9, d8, [sp, #0x10] 0x1ec1a2130 <+12>: stp x24, x23, [sp, #0x20] 0x1ec1a2134 <+16>: stp x22, x21, [sp, #0x30] 0x1ec1a2138 <+20>: stp x20, x19, [sp, #0x40] 0x1ec1a213c <+24>: stp x29, x30, [sp, #0x50] 0x1ec1a2140 <+28>: add x29, sp, #0x50 0x1ec1a2144 <+32>: mov x19, x1 0x1ec1a2148 <+36>: fmov d9, d2 0x1ec1a214c <+40>: fmov d10, d1 0x1ec1a2150 <+44>: fmov d8, d0 0x1ec1a2154 <+48>: mov x20, x0 0x1ec1a2158 <+52>: fcmp d0, #0.0 0x1ec1a215c <+56>: b.le 0x1ec1a2470 ; <+844> 0x1ec1a2160 <+60>: fcmp d10, #0.0 0x1ec1a2164 <+64>: adrp x8, 112778 .... 0x1ec1a2468 <+836>: ldp d11, d10, [sp], #0x60 0x1ec1a246c <+840>: retab 0x1ec1a2470 <+844>: bl 0x1ec1cac18 ; NSISSparseVectorAddTermWithPlaceValueCoefficientStartingIndex.cold.1 0x1ec1a2474 <+848>: b 0x1ec1a2160 ; <+60>

How do I convert a blend shape/morphed 3D lip-synced model into a usdz that will play in AR on an iPhone?

We operate a native iOS app that authenticates users via the system browser using OIDC against a 3rd party SaaS authentication broker, which then performs authentication against the individual customer IdPs using SAML within the browser session, and then completes the OIDC login between the broker and our application. Our application initiates the OIDC login using ASWebAuthenticationSession, using the broker’s library, against the broker, and at that point the authentication workflow is handled by the broker. At the beginning of the login session, the broker sets a session-identifying cookie for their domain, before redirecting the user to their company’s identity provider to authenticate, which then redirects the user back to the broker. Intermittently, Mobile Safari does not include that previously set cookie on the final communication with the broker, when being redirected from the IdP as the final step of the SAML portion of the login workflow. When the cookie is missing, the broker cannot correlate the authentication response to the original request and the login fails, even though the user successfully authenticated at their identity provider. The same user can sometimes find success after retrying on the same device minutes later, without any changes. When we first started diagnosing this issue, we were seeing about a 20% rate of these errors across all Mobile Safari logins, which we can identify fairly conclusively (from provider logs, based on their guidance) as being caused by the session cookie set in one request not being provided on the subsequent request to the same domain. Our authentication broker provider has indicated, based on their server logs, and logs from an affected device, that this behavior is caused by Mobile Safari’s Intelligent Tracking Protection (ITP) causing Mobile Safari to not send the login session cookie to the broker when handling the SAML redirect from the IdP back to them. Our authentication broker provider recommended that we switch the SAML Request binding setting from POST to Redirect in the SAML configurations against our customer IdPs, which reduced the rate of these errors to about 5% for most of our customers. However, we have at least one customer which is still seeing about a 20% rate in these errors for Mobile Safari logins after this change, and even a 5% error rate seems high. Our authentication broker has not been able to suggest any further remediation options, and has suggested we contact Apple for assistance. Our questions are: Is it reasonable to assume that ITP is causing this issue? Is there any way to confirm, conclusively, that ITP has caused a previously-set cookie to not be provided on a subsequent request to the same domain, i.e. via device logs? If so, are there any steps which can be taken to reduce or eliminate this error? Changes to how ASWebAuthenticationSession is invoked? Changes to the Authentication Broker which would reduce the chance of ITP being triggered? Changes to the Customer IdP configuration which would reduce the chance of ITP being triggered?

The new iO26 that was released recently is indeed a game changer as it overhauled all the features and outlooks, it is a great one, however it came with serious drawback on my phone. My phone started hanging after installing the new iOS26 update. It freezes each time I’m using it or when I want to pick a call. It only get resolved once i hit the power button and unlock again. battery drains faster I thought i0S26 .1 wil resolve it but no it didn’t my phone is iPhone 13 Pro Max The smoothness of the screen transition has reduce as it drags instead of smooth sliding. My battery drains faster, my battery went from 83% to 79 in less than two weeks of upgrading to the New iOS I can’t use the “set as ringtone” option from downloaded or created music, it just freezes. I thought i0S26 .1 wil resolve it but no it didn’t my phone is iPhone 13 Pro Max i need help please, let something be done to help me. I’m already frustrated and considering getting another operating system

I'm facing a build failure after migrating my project to Xcode 26. The issue appears to be related to the redefinition of some core system types. The compiler errors point to a failure to locate the original type definitions, suggesting they've been moved or renamed. Specifically, the build log contains these errors: ../arm64-apple-ios.private.swiftinterface:653:11: Cannot find type '_sys_select' in scope ../arm64-apple-ios.private.swiftinterface:130:33: Cannot find type 'netinet_in' in scope I've observed that the types are being mapped as follows: netinet_in.in_addr_t -> _DarwinFoundation2.in_addr_t _sys_select.fd_set -> _DarwinFoundation2.fd_set I'm looking for guidance on the recommended way to resolve these API changes. How should I handle these type redefinitions in Xcode 26 to ensure my project builds correctly? Any insights would be greatly appreciated. Thank you.

Hi Apple engineering team, I’m trying to integrate the new Live Caller ID Lookup (PIR) on iOS using your pir-service-example code as well as a custom mock server in Vapor, but the extension never advances past the /issue/token-key-for-user-token step. I’ve tried both: 1. Official Example Cloned https://github.com/apple/pir-service-example Ran PIRService locally Confirmed that GET /.well-known/private-token-issuer-directory → 200 GET /issue/token-key-for-user-token → 200 (DER bytes, correct SPKI) No POST /issue ever fires 2. Mock Server (Vapor) Implemented all five endpoints (/config, /.well-known/private-token-issuer-directory, /issue/token-key-for-user-token, /issue, /queries) Verified with curl and openssl asn1parse that: GET /.well-known/private-token-issuer-directory Content-Type: application/private-token-issuer-directory { "issuer-request-uri":"https://…/issue", "token-keys":[…] } GET /issue/token-key-for-user-token Content-Type: application/octet-stream &lt;DER bytes&gt; Added Cache-Control: public, max-age=3600 on directory and SPKI Stubbed POST /issue to always return { "token": "" } Still no POST /issue request from the extension Reproduction Steps Install and enable a Live Lookup extension pointing to my server. Trigger an incoming call on device. Watch server logs—only see the two GETs, never /issue or /queries. Expected Behavior After fetching the SPKI DER, the framework should issue a POST /issue call (Privacy Pass flow) and then POST /queries. Observed Behavior Stuck in an infinite loop of: GET /.well-known/private-token-issuer-directory GET /issue/token-key-for-user-token (repeat…) No progression to the /issue or /queries endpoints. What I’ve Tried Verified JSON kebab-case and headers exactly match examples Confirmed SPKI DER is valid via openssl asn1parse Added Cache-Control headers Tested on real device, localhost url, and ngrok public URL Mocked a valid-looking token response Could you advise what additional requirement or format detail I’m missing that prevents from advancing past /issue/token-key-for-user-token? These are the main files: LiveLookupExtension.swift routes.swift service-config.json Thanks in advance!

Hi everyone, I’m running into an issue using Fastlane to upload my iOS app to TestFlight. When I run my ios beta lane, I get the following error: [18:12:27]: Couldn't decrypt the repo, please make sure you enter the right password! [18:12:27]: Invalid password passed via 'MATCH_PASSWORD' [18:12:27]: Called from Fastfile at line 7 [18:12:27]: 5: desc "Build and upload to TestFlight" [18:12:27]: 6: lane :beta do [18:12:27]: => 7: match( [18:12:27]: 8: type: "appstore", [18:12:27]: 9: readonly: true, [18:12:27]: ``` Fastlane summary: Step Action Time (s) 1 default_platform 0 💥 match 4 The error indicates that the password provided via MATCH_PASSWORD is invalid. I’ve double-checked that the password I’m using is correct. Has anyone else run into this issue, or can anyone suggest how to properly configure MATCH_PASSWORD so Fastlane can decrypt the repo successfully? Thanks in advance!

When attempting to download the iOS 26 simulator runtime from Xcode → Settings → Platforms, the process fails with the following error: (-67061 invalid signature (code or signature have been modified) Domain: SimDiskImageErrorDomain Code: 5 User Info: { unusableErrorDetail = ""; } Even after manually importing other runtimes (e.g., iOS 18.2), they do not appear under Xcode → Product → Destination, and the simulator list remains empty. System Information: macOS: 26.0.1 (Build 25A362) Xcode: 26.0.1 (24229) (Build 17A400) Processor: Intel Core i5 (Intel-based Mac) The error occurs consistently each time I try to download the runtime, preventing Xcode from adding the iOS 26 simulator. No third-party tools or manual modifications were made to Xcode. What I’ve Tried: Restarted Xcode and macOS Cleared DerivedData and simulator cache Verified Xcode path via xcode-select -p Imported iOS 18.2 runtime manually using: xcodebuild -importPlatform "iOS_18.2_Simulator_Runtime.dm Reset CoreSimulator service and re-created simulators via xcrun simctl Despite all of this, no simulator appears in Xcode’s destination list, and I keep getting the signature validation error when trying to download iOS 26 from Xcode.

Steps To reproduce: Login to application and App has joined the PTC channel. Push the application to background and Lock the device. From the System UI press the talk button which will start transmit. Audio Session has been activated and Audio unit has been initialised properly. On terminator side no media is being played out. Issue observed consistently on specific models which has configured audio codec with Stereo type. More details are added : FB20281626

Problem: I'm implementing StoreKit 2 in my SwiftUI app. Products load successfully when I rebuild in Xcode, but on a fresh install, Product.products(for:) returns an empty array. The paywall shows "Unable to load pricing." Setup: Using StoreKit Configuration File ( .storekit ) for testing Product IDs match exactly between config and code: com..premium.lifetime (non-consumable) com..premium.monthly (auto-renewable subscription) com.****.premium.yearly (auto-renewable subscription) StoreKitManager is a @MainActor singleton with @Published properties What I've Tried: Initial delay before loading - Added 1-second delay in init before calling loadProducts() Product ID verification - Confirmed IDs match exactly between StoreKitConfig.storekit and code Retry logic with exponential backoff - Implemented 3 retry attempts with 0.5s/1s/1.5s delays Multiple calls to updatePurchasedProducts() - Called twice after initial load Verified StoreKit configuration - File is properly added to project, has valid product definitions Code Structure: swift @MainActor final class StoreKitManager: ObservableObject { static let shared = StoreKitManager() @Published private(set) var products: [Product] = [] private init() { updateListenerTask = listenForTransactions() Task { try? await Task.sleep(nanoseconds: 1_000_000_000) await loadProducts() // Returns empty on fresh install await updatePurchasedProducts() } } } Observations: ✅ Works perfectly after Xcode rebuild ❌ Fails on fresh app install (simulator & device) ❌ Product.products(for:) returns empty array (no error thrown) ✅ StoreKit configuration file is valid and properly configured Question: Why does StoreKit need a rebuild to recognize products? Is there a proper initialization sequence I'm missing for fresh installs? Environment: Xcode [Version 26.0 beta 7] iOS [IOS +17.0] Testing with StoreKit Configuration File

Hello, is it allowed to include the action=write-review URL parameter in customer support emails to direct users to the App Store review page? Example: https://apps.apple.com/app/id[APP_ID]?action=write-review I want to make it easy for customers to leave feedback after positive support interactions, but only if it's compliant.