In this tutorial, you will learn the basics about creating and dynamically updating a storyboard-based application with Bounces.

In this tutorial, you will learn how your existing application project can benefit from Bounces dynamic storyboard updates.

Part 1 - Configuration and First Dynamic Edits

In this tutorial, you will learn how your existing application project can benefit from Bounces dynamic storyboard updates.

Part 2 - Managing View Controller State

In this tutorial, you will learn how your existing application project can benefit from Bounces dynamic storyboard updates.

Part 3 - Dealing with Complex View Controller State

This document presents the different ways to create a project and configure it in Bounces.

This document is a quick reference of the Bounces user interface. It may be worth reading if you get started with Bounces. You can also read it as a guided tour of Bounces.

This tutorial will guide you through the development with Bounces of a very simple UICollectionView-based application. This app development will be entirely done in live-coding mode, meaning that we will launch the application only once, and then we will add the application's code and features dynamically, while the app is running and without having to restart it.

Bounces uses Lua for live-coding iOS, tvOS, and MacOS applications. And if you are an  app developer, you are probably much more familiar with Swift or Objective-C than with the Lua language. If this is the case, no worry, this article has been especially written for you. It will give you an overview of the Lua language and highlight the features that make Lua a great language, although quite different from the compiled languages generally used on our platforms.

This document presents the Bounces Lua object framework, a significant addition that Bounces brings to Lua. The Lua object framework provides a powerful and easy-to-use object model integrated right into Lua. The object framework plays a key role in Bounces, as it enables dynamic code update and native objects bridging.

This document provides an overview of Bounces Lua native bridge, the software layer allowing you to transparently mix Lua and native code in your application. In this article, you will learn how to use native objects in your Lua code, how you can use C structs, enums, and most other types in Lua, and how easy it is to make your Lua objects visible (and callable) from the native code.

Lua modules are key components for Lua development in Bounces. In this document, you will learn how to use the require function to load Lua modules in a Bounces project, how require in Bounces differs from standard Lua, and how to make your Lua modules nicely play with dynamic code update.

Asynchronous code execution is a common need when developing an application, and Bounces provides a set of tools for writing asynchronous Lua code. In this document, you will learn how to run asynchronous Lua code blocks using doAsync, and how to use Lua messages and timers for synchronizing various parts of your app.

This document covers the basics for integrating a Bounces Lua Execution Context in your app. You will learn how to create and terminate a Lua Context, how to run Lua code in a Lua Context and how simple it is to exchange data between you app native code and a Lua Context.