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My app has been rejected, as the IAP description contains the word free. I am unable to edit the wording because the IAP is still in review state even though the submission has been rejected. How can I edit? There' no option to remove just the IAP.

I now had the second user with 26.2. complaining about a hang in my app. The hang occurs when the first AppleScript for Mail is run. Here is the relevant section from the process analysis in Activity Monitor: + 2443 OSACompile (in OpenScripting) + 52 [0x1b32b30f4] + 2443 SecurityPolicyTestDescriptor (in OpenScripting) + 152 [0x1b32a2284] + 2443 _SecurityPolicyTest(char const*, void const*, unsigned long) (in OpenScripting) + 332 [0x1b32a2118] + 2443 InterpreterSecurity_ScanBuffer (in libInterpreterSecurity.dylib) + 112 [0x28c149304] + 2443 -[InterpreterSecurity scanData:withSourceURL:] (in libInterpreterSecurity.dylib) + 164 [0x28c148db4] + 2443 -[XProtectScan beginAnalysisWithFeedback:] (in XprotectFramework) + 544 [0x1d35a1e58] + 2443 -[XPMalwareEvaluation initWithData:assessmentClass:] (in XprotectFramework) + 92 [0x1d359ada4] + 2443 -[XPMalwareEvaluation initWithRuleString:withExtraRules:withURL:withData:withAssessmentClass:feedback:] (in XprotectFramework) + 36 [0x1d359b2a8] My app is correctly

We build TestFlight/App Store builds of our app through Xcode Cloud. Our app uses Metal shaders so we install the Metal toolchain through a ci_pre_xcodebuild.sh script which simply runs: xcodebuild -downloadComponent metalToolchain in our Xcode Cloud builds. This has been working well for us for the last 6 months or so, but since yesterday (March 5) we have been seeing consistent failures when running this script in our Xcode Cloud builds: Beginning asset download... 2026-03-06 04:14:34.727 xcodebuild[13315:58523] Writing error result bundle to /var/folders/6h/_32gb9js77g6c54h3q7g6q1h0000gn/T/ResultBundle_2026-06-03_04-14-0034.xcresult xcodebuild: error: Failed fetching catalog for assetType (com.apple.MobileAsset.MetalToolchain), serverParameters ({ RequestedBuild = 17C7003j; }) Prior to Mar 5 it looks like the toolchain image which was being downloaded/installed was 17C519 but this has now changed to 17C7003j. We haven't changed anything with our Xcode Cloud workflow setup, and the same macOS/Xcode images a

There is a long-standing, structural issue with the iPadOS Korean IME when using a hardware keyboard. The IME forcibly intercepts the (quote) keydown event and injects Unicode smart/curved quotes (“ or ”) directly into the text field. This hardcoded behavior ignores both: User Settings: The global Smart Punctuation toggle in [Settings > General > Keyboard] is completely ignored. Developer APIs: Setting UITextInputTraits.smartQuotesType = .no on a UITextView or UITextField has absolutely no effect when the Korean keyboard is active. Steps to Reproduce: Set smartQuotesType = .no on a standard UITextView. Connect a hardware keyboard. Switch input language to English -> Press the quote key. (Result: ASCII straight quote - Correct behavior) Switch input language to Korean -> Press the quote key. (Result: Unicode curved quote “ - Incorrect behavior) Impact on Developers & Users: Because the OS IME forcefully injects the curved Unicode character before the app can process the raw key event

PLATFORM AND VERSION iOS Development environment: Xcode 26.2, macOS x Run-time configuration: iOS The issue does not seem to be limited to a specific version. DESCRIPTION OF PROBLEM We are reaching out to request in-depth technical assistance regarding an intermittent issue with Sign in with Apple implementation in our application. [Technical Status] We have confirmed that our technical implementation is correct. All necessary code and Xcode Capabilities are properly configured, and the service is working perfectly for the vast majority of our users. However, a small subset of users is consistently encountering Unknown Error (Error Code 1000), which prevents them from logging in entirely. [Identified Scenario] Currently, the only reproducible case we have found involves Child Accounts (protected accounts) under Family Sharing, specifically when the user's age is set below the regional requirement for a standalone Apple ID. However, we are receiving reports from other users who do not seem to fall int

I'm implementing a PHBackgroundResourceUploadExtension to back up photos and videos from the user's library to our cloud storage service. Our existing upload infrastructure uses chunked uploads for large files (splitting videos into smaller byte ranges and uploading each chunk separately). This approach: Allows resumable uploads if interrupted Stays within server-side request size limits Provides granular progress tracking Looking at the PHAssetResourceUploadJobChangeRequest.createJob(destination:resource:) API, I don't see a way to specify byte ranges or create multiple jobs for chunks of the same resource. Questions: Does the system handle large files (1GB+) automatically under the hood, or is there a recommended maximum file size for a single upload job? Is there a supported pattern for chunked/resumable uploads, or should the destination URL endpoint handle the entire file in one request? If our server requires chunked uploads (e.g., BITS protocol with CreateSession → Fragment → CloseSes

Hi everyone, I’m seeing recurring internal AVFoundation camera logs on iOS 26.2 and I’m trying to understand whether this is expected behavior or a regression in the capture pipeline. These logs appear shortly after starting an AVCaptureSession, while video frames are being delivered, and also when the camera is stopped or the capture session is torn down. <<<< FigXPCUtilities >>>> signalled err=-17281 at <>:302 <<<< FigCaptureSourceRemote >>>> Fig assert: err == 0 at bail (FigCaptureSourceRemote.m:569) - (err=-17281) Even in this clean, minimal setup, the same logs appear on iOS 26.2 The exact same logic did not produce these logs on iOS 18.x. To rule out issues caused by my own code, GPT created a minimal SwiftUI example from scratch. My primary interest is to perform real-time processing on the video frames delivered by the camera (via AVCaptureVideoDataOutput), for tasks such as analysis, computer vision, or custom frame handling, while simul