![]() ![]() This feature is automatically disabled on versions of your app deployed to the Apple App Store. Once they choose to update, the SDK will start to update your application. With a new version of the app available, the SDK will present an update dialog to the users to either download or postpone the new version. Crash logs contain valuable information for you to help fix the crash.Īpp Center Distribute: App Center Distribute lets your users install a new version of the app when you distribute it with App Center. Collecting crashes works for both beta and live apps, i.e. The log is first written to the device's storage and when the user starts the app again, the crash report will be sent to App Center. All the information captured is available in the App Center portal for you to analyze the data.Īpp Center Crashes: App Center Crashes will automatically generate a crash log every time your app crashes. ![]() ![]() You can define your own custom events to measure things that matter to you. The SDK automatically captures session count, device properties like model, OS version, etc. The App Center SDK uses a modular architecture so you can use any or all of the following services:Īpp Center Analytics: App Center Analytics helps you understand user behavior and customer engagement to improve your app. Get faster release cycles, higher-quality apps, and the insights to build what users want. To stay up to date with changes related to our iOS SDK, check out our CHANGELOG where we post new updates and features with every new release.Visual Studio App Center SDK for iOS and macOSĪpp Center is your continuous integration, delivery and learning solution for iOS and macOS apps. Whenever a third party dependency adds support to the architecture, we will address the situation and update our SDK framework. Rosetta will launch the simulator in x86_64 architecture instead of arm64 and the framework will successfully be linked during compilation. In case you require one of the features in the section above to be included in your THEOplayer iOS SDK, then the suggested temporary solution is to use Apple's Rosetta to be able to run the framework on an iPhone simulator on an M1 mac. Other features that do not support the architecture are: Agama, Moat & Yospace. The Chromecast feature relies on the GoogleCast framework which lacks the architecture in its fat framework binary. You can follow developer requests and updates from the IMA team in this Google Groups conversation. The Google IMA & DAI features rely on the GoogleInteractiveMediaAds framework which lacks the architecture in its fat framework binary. What are the features that lack arm64 simulator support? framework is a fat framework and cannot include two arm64 architectures for device and simulator. xcframework package into your project instead of the. To include the new architecture, import the. As of version 3.1.0 and in part of our effort to optimize our modularization, the THEOplayer framework will be delivered with the arm64 architecture support as long as no feature is included that adds a dependency to an unsupported third party framework. Previous to writing this article (specifically with THEOplayer versions 3.0.0 and below), THEOplayer depended on few of these frameworks that lack the arm64 architecture, which in turn resulted in deciding to omit it. Many third party frameworks lack the support for this particular architecture, and this causes unfortunate limitations for development. The iPhone simulators on M1 MacBooks use the arm64 architecture, therefore any binaries linked during compilation time that do not support the architecture will result in compilation error. How to use THEOplayer iOS SDK on an M1 mac
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