“show when run”

I am facing errors in running ROOT on my M4 Air below is the terminal output can you please help me akshatsharma@akshats-MacBook-Air ~ % root /Users/akshatsharma/Applications/ROOT_v6.36.06/etc/cling/std_darwin.modulemap:73:64: error: header '__type_traits/add_lvalue_reference.h' not found module add_lvalue_reference { header __type_traits/add_lvalue_reference.h } ^ input_line_1:1:10: note: submodule of top-level module 'std' implicitly imported here #include ^ Warning in cling::IncrementalParser::CheckABICompatibility(): Failed to extract C++ standard library version. Warning in cling::IncrementalParser::CheckABICompatibility(): Possible C++ standard library mismatch, compiled with _LIBCPP_ABI_VERSION '1' Extraction of runtime standard library version was: '' ------------------------------------------------------------------ | Welcome to ROOT 6.36.06 https://root.cern | | (c) 1995-2025, The ROOT Team; conception: R. Brun, F. Rademakers | | Built for macosxarm64 on Dec 27 2025, 07:23:39 | | From tags

Hi, We're experiencing inconsistent and unexpected values returned by Storefront.current?.countryCode when running our app via TestFlight. In our case: The device region and locale are set to Poland The App Store account (Media & Purchases) is also set to Poland However, when running a TestFlight build, Storefront.current?.countryCode sometimes returns a completely different value (e.g. NO for Norway), which does not match the current App Store account configuration. Here's the code we're using: if #available(iOS 15.0, *) { let code = await Storefront.current?.countryCode print(Storefront countryCode:, code ?? nil) } What's particularly confusing: Across different devices logged into the same App Store account, we sometimes receive different countryCode values The returned value does not seem to reflect the current App Store region or device settings We understand that Storefront reflects the App Store storefront and not the device locale, but in this case the value appears stale or inco

Safari continues to display a Fraudulent Website Warning for openvan.camp despite the domain being clean across all major security databases for over a week. Chrome, Firefox, and all other browsers open the site without any warnings. Domain: openvan.camp Warning appeared: March 18, 2026 Warning type: Fraudulent Website Warning (red screen) Current security database status: Google Safe Browsing: ✅ Clean (transparencyreport.google.com) Google Search Console: ✅ No security issues Spamhaus DBL: ✅ Removed from blocklist Fortinet FortiGuard: ✅ Category Travel VirusTotal: ✅ 0/65 vendors URLVoid: ✅ 0/35 engines Steps taken: Removed the third-party ad network (Adsterra) that caused the original flag — March 18, 2026 Migrated hosting to Scaleway (AS12876, France), IP: 151.115.84.228 Configured SPF, DKIM, DMARC records Created functional abuse@ and postmaster@ role accounts Submitted review via websitereview.apple.com — no response after 5 days What we believe is happening: Apple's Safe Browsing database appears to have

Summary On macOS 26.4.1 (25E253), iCloud Drive file uploads can enter a silent deadlock where every upload attempt fails at the transport layer. No error is surfaced anywhere — not in Finder, not in System Settings, not in the iCloud status panel. The upload queue simply stops. Other iCloud services (Photos, Mail, App Store) continue to work normally through the same networking infrastructure at the same time. Root Cause The issue is a stale HTTP/3 (QUIC) session cached in the user-level nsurlsessiond process's BackgroundConnectionPool. The deadlock cycle: cloudd requests an upload to the GCS storage endpoint nsurlsessiond provides the cached (broken) HTTP/3 session The TLS handshake succeeds, but the body upload dies mid-transfer (err=T, requestDuration=-1.000, responseHeaderBytes=0) cloudd retries with a new connectionUUID — but nsurlsessiond still routes through the same poisoned QUIC session This repeats indefinitely Killing cloudd alone does not help — nsurlsessiond retains the poisoned pool. Only killin

Starting somewhere around macOS 26.3, my sandboxed file manager spontaneously loses access to ~/Library/Mobile Documents mid-session. Setup: at launch, the user grants access to '/', '/Users', or '~' via NSOpenPanel; I store a security-scoped bookmark and call startAccessingSecurityScopedResource(). This works fine - including iCloud Drive - until some point mid-session. When it breaks, two things happen simultaneously: Enumeration fails: NSCocoaErrorDomain Code=257 (NSFileReadNoPermissionError)< NSPOSIXErrorDomain Code=1 (EPERM) Console shows the kernel refusing extension issuance: couldn't issue sandbox extension com.apple.app-sandbox.read for '/Users//Library/Mobile Documents': Operation not permitted And probing NSFileProviderManager confirms the process has been rejected system-wide: NSFileProviderManager.getDomainsWithCompletionHandler > NSFileProviderErrorDomain Code=-2001 The application cannot be used right now. (underlying Code=-2014) What makes this specific to FP-backed paths: regul

Problem Summary After upgrading to iOS 26.1 and 26.2, I'm experiencing a particle positioning bug in RealityKit where ParticleEmitterComponent particles render at an incorrect offset relative to their parent entity. This behavior does not occur on iOS 18.6.2 or earlier versions, suggesting a regression introduced in the newer OS builds. Environment Details Operating System: iOS 26.1 & iOS 26.2 Framework: RealityKit Xcode Version: 16.2 (16C5032a) Expected vs. Actual Behavior Expected: Particles should render at the position of the entity to which the ParticleEmitterComponent is attached, matching the behavior on iOS 18.6.2 and earlier. Actual: Particles appear away from their parent entity, creating a visual misalignment that breaks the intended AR experience. Steps to Reproduce Create or open an AR application with RealityKit that uses particle components Attach a ParticleEmitterComponent to an entity via a custom system Run the application on iOS 26.1 or iOS 26.2 Observe that particles render at

Hello everyone, I have a question regarding the Ultra-Low Latency Frame Interpolation and Super Resolution features introduced in WWDC 2025 Session 300 (https://developer.apple.com/videos/play/wwdc2025/300/). In the video, it was mentioned that these features run on any device as long as it has iOS 26.0 or later and an Apple Silicon chipset. Based on the official support guide (https://support.apple.com/ko-kr/guide/iphone/iphe3fa5df43/ios), the iPhone 11 and iPhone SE (2nd generation) are listed as supported devices. I just want to double-check and confirm: since they meet the criteria mentioned in the video, do these features actually run without any performance issues or limitations on the iPhone 11 and iPhone SE (2nd gen)? I want to make sure I understand the exact hardware capabilities before proceeding with development. Thanks for your help!

DJI's DNG files display abnormally in the Apple Photos app on iOS devices, with dark areas showing as very black, but the same files appear normal in Photoshop. I'm curious about what causes this issue.