If none of these capabilities are given, the driver will connect to the first device or active emulator returned from the output of adb devices. This means platformVersion: 5 will take the first 5x device from the output of adb devices if there are multiple available. platformVersion: Connect to the first device or active emulator whose OS begins with the desired OS.udid: Connect to the device with the given UDID.avd: Launch or connect to the emulator with the given name.The driver will attempt to connect to a device/emulator based on these properties in the desiredCapabilities object: shutdown ( ) Specifying and selecting devices/emulators start ( 'foo/bar.jar', 'io.', startDetector, '-e', 'disableAndroidWatchers', true ) await uiAutomator. createADB ( ) let uiAutomator = new UiAutomator ( adb ) let startDetector = ( s ) => await uiAutomator. Import UiAutomator from 'lib/uiautomator' import ADB from 'appium-adb' let adb = await ADB. Shutdown will kill UiAutomator process on the device and also kill the subProcess. extraParams will be passed along as command line arguments when starting the subProcess. StartDetector will be used as condition to check against your output stream of test if any. startDetector and extraParams are optional arguments. Start will push uiAutomatorBinary to device and start UiAutomator with classNameĪnd return the SubProcess. UiAutomator interfaceĪppium's UiAutomator interface has two methods start and shutdown.Īsync start (uiAutomatorBinaryPath, className, startDetector. The commands are sent through the JavaScript interface. This server receives commands, converts them to appropriateĪndroid UI Automator commands, and runs them in the context of the device. Placed on the Android device, which opens a SocketServer The system works by a .UiAutomatorTestCase getOrientation ( ) ) // -> 'LANDSCAPE' Technical details of the bootstrap system installed on the device
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