“iPhone 16 pro”

Really nobody knows where the Apple documentation is regarding the meaning of the Yellow DOT ? On [medium] I found an article , someone said what the yellow red and blue circles mean, but there is no source from apple docummentations .. also I don't know why apple banned medium.com , this forum didn't let me post the link to that article. This docummentation is incomplete, it does not say what YELLOW / RED / BLUE circle means: https://support.apple.com/guide/iphone/learn-the-meaning-of-iphone-status-icons-iphef7bb57dc/ios PS. The article mentioned that the Yellow circle means the app was installed trough Test Flight

Hi Quinn, Thank you so much for your reply. I appreciate it. Just wanted to ask a followup related to this: [quote='881072022, DTS Engineer, /thread/819926?answerId=881072022#881072022'] It might be possible to find some API that does it as a side effect, but that would be an implementation detail and thus not something you’d want to rely on. [/quote] I understand that this is not something to rely on, but do you have any recommendations of things that might work here? I already tried creating separate peer-to-peer TCP channels with heartbeat messages, tried using the Multipeer Connectivity API with MCSession to establish connections between the devices (although the actual video packets were still sent via NWConnection), etc. I find it a little frustrating that the best options as of right now to reduce latency appear to be: Change your router to use specific channels Drag your cursor from your Mac to your iPad prior to starting the stream transmission (if transmitting to/from Mac and iPad) I am aware the Wi

Had the same problem, testing an iOS app on macOS via TestFlight which previously worked, did recently stop working. But I found a setting in App Store Connect, under each testing group, that says Test iPhone and iPad Apps on Apple Silicon Macs. Enabling this setting made testing on macOS work again.

Thanks for your reply!We have successfully connected an iOS device with a non-iOS device via Wi-Fi Aware, and established multiple TCP connections. However, we still have a throughput issue: when the iOS device acts as a Subscriber, and sends an HTTP request over an already-established TCP connection to download resources from the non-iOS device, we observe slow download speeds — only around 20 MB/s. We compared iOS system logs and found: When the non-iOS device connects to iOS, the timeslot bitmap used is ff ff 00 00 ff ff. When iOS connects to iOS, all timeslots are used. Could this be the reason for the large difference in transmission rates? Is this caused by configuration, or what leads to the reduced timeslot allocation? Log 1: Non-iOS device connecting to iOS default 16:33:33.204715+0800 kernel wlan0:com.apple.p2p.nan0: Availability: map 0, channel 6 (20M), timeBmap: 1111 1111 1111 1111 0000 0000 0000 0000 1111 1111 1111 1111 ( ff ff 00 00 ff ff ) default 16:33:33.204792+0800 kernel w

Hi Kevin, Thank you for the troubleshooting steps. To clarify the current state of the environment: Testing Environment: I am testing exclusively on a physical iOS device (iPhone [Model] running iOS [Version]); I am not using the simulator for these tests. Framework: The implementation is already built using UIKit. I am managing the accessory lifecycle within a standard UIViewController and AppDelegate structure. Integration Status: Despite being in a pure UIKit environment, I am still facing the issue where [mention the specific symptom, e.g., the accessory is not appearing in the picker / the session fails to open]. Since I have already ruled out SwiftUI lifecycle interference and simulator limitations, are there specific logging categories in Console.app or internal ExternalAccessory states you recommend I monitor to diagnose why the connection is failing?