For example, imagine that your app has a targetSdkVersion of 21-in that case, the Android OS might decide that your app doesn't support Dark Mode, even though Dark Mode is available more generally on the device which is running your app. By targeting a certain SDK, you are telling Android which SDK you have tested, so Android is free to apply system-wide behavior changes to your app. targetSdkVersion: This is kind of a weird one.It also determines which compilation errors and warnings will be logged. compileSdkVersion: This is the version of Android that your app will be built with, which determines which APIs your code has access to as you are compiling it.
#Appium app with 6.0 support update
Option 2: Update your app's targetSdkVersionĮvery Android app can specify 3 different Android SDK versions. But this means you have to throw a conditional in your test code for Android 10, and potentially waste a bunch of timing waiting for a "Continue" button that doesn't exist on versions of Android less than 10. The first option is the big hammer: you could just use Appium to automate this dialog by tapping the "Continue" button. You have three options for what to do about this. However, it can be devastating for automation if your code isn't expecting it. This is a slight annoyance for users, with a great gain in terms of privacy. Because these older apps haven't been coded with an eye to the new permissions model, Android needs to pop up this annoying interstitial in order to make sure everything's cool, permissions-wise. Presumably this is because of Android 10's new, more fine-grained app permissions model. If the app you're testing has a target SDK version of less than 23 (Android 6.0), then when you launch it on Android 10, you might see a fancy new permissions interstitial before your app launches. There is one important change to be aware of from an automation perspective, however.
Android 10, by and large, works the same way with Appium as any previous version.
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