“show when run”

I’m building an app on macOS 26.4 with Xcode 26.4. When I build and run my app it started prompting me for network access, which it didn’t do before with Xcode 26. It did that repeatedly, and I had been approving the prompts and the app had been working. Now the app’s network features are not working, and I assume its because its being blocked by macOS, even though I accepted the network requests each time. In System Settings - Privacy and Security - Local Network, the app has many repeated entries, like 20, and all of them are turned on.

I need to bring attention to a very suspicious copycat incident that suggests a potential metadata scraping issue. I submitted my original sports insights app, KickPick, for review on April 2nd, 2024. To my shock, I discovered a competitor app already live on the store with same app name and nearly identical app information (descriptions, metadata) and a very similar UI structure. Domain Registration: The infringing developer registered their website domain on the exact same day I submitted my app for review (April 2nd). This is not a coincidence; it points to automated monitoring or scraping of new submissions/metadata. Plagiarized Legal Assets: While the UI has some variations, they have copied my Privacy Policy and Terms of Service verbatim. These documents were custom-written for my specific project logic, yet they appear on their site with only the company name changed. App Information: The app descriptions and store metadata are almost identical to what I provided in my pending submission. It is highly

Hi everyone Please i need someone to explain this, I wanted to ask if anyone has experienced something similar with their payments. In March, in App Store Connect → Trends → Proceeds, I can see that my total proceeds are $343. However, in Payments and Financial Reports, Apple shows that they will pay me only $258 USD. (sales 482USD) From what I understand, taxes and Apple’s commission are already deducted when calculating proceeds, so I’m confused about why there is still such a big difference between the proceeds amount and the final payment. Has anyone faced this before or knows what could explain this gap? thanks

Explanation Currently, D3DMetal’s GPU synchronization approach introduces significant compute overhead on the CPU. This specifically affects D3D12 games that use modern rendering pipelines on Apple Silicon. Specifically, I’ve tested Death Stranding 2 On the Beach for how it handles its rendering. And the results are extreme: frame times are suffering from a 42% decrease from synchronization. Although there are obviously other effects at play, such as the overhead introduced by Rosetta and Wine, both of them don’t introduce as much overhead as D3DMetal. This issue isn’t just specific to Death Stranding 2 On the Beach; most games running through D3DMetal suffer from this. Most games still seem to force synchronization to ~30 ms to reach the 30 fps amount. But it could be better with better synchronization, such as how DXMT handles it. Instead of doubling the work, it allows Metal to single-handedly track resource dependencies internally. This is in part due to the unfortunate bad mapping of D3D12 calls

I have been waiting over 3 weeks for my Apple Developer Program enrollment to be activated. Here is the full timeline: Submitted individual enrollment and completed payment. Enrollment did not activate. Submitted and paid a second time. Contacted Apple Developer Support by email — was promised a response within 2 business days. No response received. Sent a follow-up email after 2 weeks. Requested a phone callback through the support page — no call received. It has now been over 3 weeks with zero communication from Apple. My account still shows enrollment as pending. I have not received any requests for additional documentation or verification. My Apple ID has two-factor authentication enabled, and my legal name matches my ID exactly. I am an individual developer with a completed app ready for App Store submission. This delay is the only thing preventing me from publishing. I am requesting: — Activation of my developer account — A refund for the duplicate payment — Any explanation for the delay If any

Hello, I am experiencing a critical blocking issue developing a watchOS app. While the iPhone 15 Pro Max is fully Connected via USB (confirmed green light in Network Settings), the Apple Watch Series 7 (watchOS 11.2) remains unreachable by Xcode. Mac: Mac Mini (macOS 15/16). Devices: iPhone 15 Pro Max (iOS 18+), Apple Watch Series 7 (watchOS 11.2). Xcode: 16.4 / Build 26.4. Hardware: Direct USB-C connection (USB 2.0 480Mb/s protocol). Technical Evidence of Protocol Failure: Missing Staging Folders: ~/Library/Developer/Xcode/watchOS DeviceSupport does not exist, implying the handshake fails before symbol stripping/sync begins. CoreDevice Error: Consistently receiving: Previous preparation error: A connection to this device could not be established.; Timed out while attempting to establish tunnel using negotiated network parameters. Missing Keychain Entries: No com.apple.coredevice keys found in Keychain Access, suggesting the Trusted Host handshake is incomplete. mDNS/Discovery: xcrun devicectl list devices shows

Hi everyone Please i need someone to explain this, I wanted to ask if anyone has experienced something similar with their payments. In March, in App Store Connect → Trends → Proceeds, I can see that my total proceeds are $343. However, in Payments and Financial Reports, Apple shows that they will pay me only $258 USD. From what I understand, taxes and Apple’s commission are already deducted when calculating proceeds, so I’m confused about why there is still such a big difference between the proceeds amount and the final payment. Has anyone faced this before or knows what could explain this gap? Thanks in advance for your help!

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!