This repository contains a series of independant Kotlin / Gradle projects, to be used on the Full Stack Kotlin Application Development workshop at GOTO Amsterdam.

Full details can be found in the slide deck used to deliver the workshop. Please note that:

• All the projects are independent. Opening the entire repo in an IDE will take a very long time and is not recommended.
• After cloning this repository, you will need to make the gradlew scripts executable if you intend to build and run the projects manually.

• ktor-fundamentals-start - A basic Task Manager example in Ktor, with additional links to implement.
• ktor-fundamentals-finish - As above, but with the additional links implemented.
• ktor-web-applications-start - The example rewritten using Thymeleaf Templates, with extra functionaliy to implement.
• ktor-web-applications-finish - As above, but with the additional features implemented.
• ktor-rest-start - The example rewritten as a JavaScript Single Page Application interacting with a Ktor RESTful Service. With room for expansion.
• ktor-rest-finish - The above example, with full functionality
• ktor-testing-start - The above example, refactored to support Dependency Injection. Which then allows us to create a suite of tests using the Ktor Test Framework.
• ktor-client-start - A full stack application. We use Compose Multiplatform for Desktop and the Ktor Client to interact with the RESTful service. NB this was created via the Kotlin Multiplatform Wizard.
• ktor-exposed-start - Our REST / SPA based application, but now talking to a PostgreSQL database via a repository implemented using the Exposed Framework. With two tasks to complete.
• ktor-exposed-finish - The completed version of the above.

• kmp-weather-basic-start - A skeleton multiplatform app for viewing the weather in different capital cities around the world. With several UI related tasks to complete.
• kmp-weather-basic-finish - As above, but with full UI functionality.
• kmp-weather-networking-start - The weather application, now with partial networking functionality.
• kmp-weather-networking-finish - As above, but with all the networking code written.
• kmp-weather-native-start - A completed weather application. Except for the ability to detect the users current locale. This needs to be implemented in a platform specific way, via expected and actual declarations.
• kmp-weather-native-finish - The completed version of the above.
• kmp-multiplatform-testing-start - A example of how to test platform specific functionality.