DTiPhoneSimulatorErrorDomain Code 2

I hope you’re having a fantastic New Year and that your apps are doing great! This is my first time entering SSC , and I’m excited to share that I’m developing a screen timer app. The idea is to encourage you to take breaks by suggesting a run or workout instead of spending too much time on your screens. I was wondering, have anyone else included short videos or animations in their entries before? Also, could my screen time timer be running in the background? I know there are some limitations with integrations like HealthKit and Screen Time, which is why I’m using a regular countdown timer on the App Store as a prototype. I’m just trying to clarify the rules below to make sure that it’s all good to go : “If your submission includes any open source software, music, photos, artwork, or any other content that you do not have ownership rights in, you agree to (a) comply with all applicable licensing terms and copyright obligations and (b) provide an explanation of why it was used.” And regarding any tracking stuf

The same code built in a regular Mac app (with UI) does get paired. The characteristic properties are [.read, .write, .notify, .notifyEncryptionRequired] The characteristic permissions are [.readEncryptionRequired, .writeEncryptionRequired] My service is primary. In the iOS app (central) I try to read the characteristic, but an error is reported: Error code: 5, Description: Authentication is insufficient.

I’m trying to integrate Apple’s Translation framework in a Swift 6 project with Approachable Concurrency enabled. I’m following the code here: https://developer.apple.com/documentation/translation/translating-text-within-your-app#Offer-a-custom-translation And, specifically, inside the following code .translationTask(configuration) { session in do { // Use the session the task provides to translate the text. let response = try await session.translate(sourceText) // Update the view with the translated result. targetText = response.targetText } catch { // Handle any errors. } } On the try await session.translate(…) line, the compiler complains that “Sending ‘session’ risks causing data races”. Extended error message: Sending main actor-isolated 'session' to @concurrent instance method 'translate' risks causing data races between @concurrent and main actor-isolated uses I’ve downloaded Apple’s sample code (at the top of linked webpage), it compiles fine as-is on Xcode 26.4, but fails w

Hello Apple Review Team, I am writing to inquire about the review status of my two apps, which are still in the “Waiting for Review” stage: Healthoria: Health Diary – Submitted on Feb 5 at 7:01 PM OrbitGoals – Submitted on Feb 17 at 4:11 PM Could you please provide an update on the expected review timeline? I want to ensure there are no issues or missing information delaying the process. Thank you for your assistance. Best regards, Berkay

I have an older project that was created before Xcode 26.2. In Xcode versions prior to 26.2, there was no Swift Compiler – Concurrency build setting. With those older versions, the following behavior occurs: a nonisolated function executes off the main thread. class ViewController: UIViewController { override func viewDidLoad() { super.viewDidLoad() run() } private func run() { Task { await runInMainThread() } } func runInMainThread() async { print(>>>> IN runInMainThread(), Thread.isMainThread (Thread.isMainThread)) await runInBackgroundThread() } private nonisolated func runInBackgroundThread() async { print(>>>> IN runInBackgroundThread(), Thread.isMainThread (Thread.isMainThread)) } } Output: >>>> IN runInMainThread(), Thread.isMainThread true >>>> IN runInBackgroundThread(), Thread.isMainThread false However, starting with Xcode 26.2, Apple introduced the Swift Compiler – Concurrency settings. When running the same code with the default configurati

Hi, I develop an ES client applying rule-engine evaluating ES events (mostly File-system events). It is a bit non-standard not being deployed as a System-Extension, but rather as a global daemon. On some Macs, I sometimes see crash reports for the ES process, all sharing Termination Reason: Namespace ENDPOINTSECURITY, Code 2 EndpointSecurity client terminated because it failed to respond to a message before its deadline All of these happen not while normal Mac usage, but rather right at Mac wakeup time after sleep. My guess is, some ES_AUTH events (with deadline) arrive when Mac goes to sleep, and somehow my high-priority dispatch_queue handling them is put to sleep mid processing them, so when the Mac wakes up - event handling continues long after the deadline passed, and MacOS decides to kick the process. Questions: What is the recommended behavior with ES vs Sleep/Wake cycles? (we're not an antivirus, and we don't care much to clear events or go blind for such time) Can I specify somewher

Hardware: • Mac Studio (M1 Ultra) • Apple Silicon • Sufficient free disk space (~35GB+ available) • SIP enabled • 4 local Time Machine snapshots present Current System: • Already running macOS Tahoe beta • Attempting upgrade to macOS Tahoe 26.4 Beta (Build 25E5207k) Primary Issue: Software Update downloads successfully, then moves to “Preparing…”. It stalls at “About 5 minutes remaining” for ~10–15 minutes and fails with: “Failed to prepare the software update. Please try again. An error occurred while downloading the selected updates.” The error appears network-related, but download always completes. Observed Behaviour: • “Checking for Updates” completes in <3 minutes. • softwareupdated and mobileassetd CPU usage <1%. • softwareupdate --history shows no record of the failed beta install. • No excessive system load or obvious disk pressure. Steps Already Attempted: 1. Standard Software Update retries • Multiple download/retry cycles from System Settings. • Same Preparing failure every time. 2.

I’d like to confirm the expected behavior of StoreKit 2 in the Sandbox environment regarding unfinished consumable transactions across devices. Scenario: Device A and Device B are signed in with the same Sandbox Apple ID A consumable in-app purchase is completed on Device A The transaction may be verified or unverified, but transaction.finish() is not called The app is then launched on Device B and listens for Transaction.updates Question: In this scenario, is it expected that Device B will or will not receive a callback for this unfinished consumable transaction? Or is it by design that unfinished consumable transactions are not guaranteed to be delivered across devices, regardless of verification state?