keyalg RSA -keysize 2048 -validity 10000 Keytool -genkey -keystore apps/myapp/debug.keystore -alias my_alias \ ![]() Unfortunately, this is not a one-liner because there is a number of prompts from the keytool command. To keep things simple, we will create a self-signed certificate for debugging. ![]() We will create app-specific information, such as the key and manifest, in its own directory to keep things tidy: mkdir -p apps/myapp/ In practice, you will want to be able to test your Android app on a physical Android device, which means that it needs to be signed. " > res/com/example/activity/res/values/strings.xmlīuck needs a way to reference this collection of resources, so we need to create a build file that defines an android_resource rule: Mkdir -p res/com/example/activity/res/values/ For this example, we will create a trivial Android resource bundle that contains a single string: Package ResourcesĪndroid applications frequently contain resources, such as strings and images. ![]() Now we can build our rust code using Buck: buck build :restaurantīuck generates its output in the buck-out directory, so this is a good time to specify buck-out as something that should be ignored by your version control system. Now we need a build file that defines a build rule to compile this rust code, so we create an rust_binary() rule in BUCK: ![]() Pub mod serving " > src/front_of_house.rs Now we can compile our Java code using Buck: buck build //kotlin/com/example/activity:activityīuck generates its output in the buck-out directory, so this is a good time to specify buck-out as something that should be ignored by your version control system.įirst, we create rust source files and directories: Now we need a build file that defines a build rule to compile this kotlin code, so we create an android_library() rule in kotlin/com/example/activity/BUCK: Sudo ln -s $" > kotlin/com/example/activity/MyFirstActivity.kt
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