![]() You can then name the created emulator “Test Pixel 2,” for example. To obtain the template, you can create a virtual device with the required properties via Android Studio and then copy its configuration. ![]() To streamline this process, let’s create a template for these properties. In order to create a virtual device with specific configuration properties (e.g., screen resolution, RAM, virtual memory size, etc.), you must specify these parameters when creating the emulator. You can do this by adding the following code to the ~/.zshrc file or any configuration file you use: export ANDROID_HOME=~/Library/Android/sdkĮxport PATH= $ANDROID_HOME/emulator/: $PATH export PATH= $ANDROID_HOME/platform-tools/: $PATH export PATH= $ANDROID_HOME/cmdline-tools/latest/bin/: $PATH Step 5: Create an emulator properties template You need to add the ANDROID_HOME and cmdline-tools environment variables to your PATH. If the cmdline-tools directory does not contain a latest folder, create one manually and transfer all of its contents to prevent the occurrence of a “Could not determine SDK root” error. The command line tools can be downloaded from the Android developer website under the “Command line tools only” section.Īfter downloading the archive, extract its contents and transfer them to the $ANDROID_HOME directory. Step 3: Install Android SDK command line tools You can install the SDK using Android Studio by following these instructions. If you don’t, you can install it using Homebrew by running the following command: brew install Step 2: Install the SDK Before proceeding, make sure you have Java installed on your system.
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