In this repository you will find numerous demonstrations which show you how to embed TNoodle into real-life projects.
TNoodle is itself written in Java, so to reuse the JAR artifacts all sample projects are Java-related.
As such, every folder is structured like a standard Gradle build. The build files are written in the type-safe Kotlin dialect.
Every sub-project has its individual artifact configuration and build.gradle file. Furthermore, there is a central buildSrc folder,
which is automatically sourced by Gradle. It contains common code and shared configuration setups.
A sample Android app with a drawer that lets you choose between several puzzles and generates scrambles for them.
Note that in order for this setup to compile, you will have to install the Android SDK on your local machine. Most notably, this will include setting an $ANDROID_HOME environment variable so that Gradle can find the SDK installation.
Detailed steps and instructions for this can be found at https://developer.android.com/studio. Scroll to the bottom of the page and opt for "Command line tools only" to avoid an overhead of several GB in IDE downloads.
Build an APK file by invoking ./gradlew :tnoodle-android:assemble
This package uses GWT to compile TNoodle into some JavaScript code such that all scrambling capabilities can be used in a browser.
The Gradle setup is supposed to compile the JS file -- details on how to actually use the produced tnoodle.js can be found in a separate README within the project directory.
The compilation process is triggered by invoking :tnoodlejs-compiler:compileGwt, but due to limitations in GWT it only works up to Java 8!
After compiling successfully, you can find the result file at tnoodlejs-compiler/build/gwt/out/tnoodlejs.