This demo intensive session will focus on the use of Microsoft Azure services to host a back end system for real- time telemetry processing in a 3D racing game. The use of asynchronous queues, worker roles, storage services and websites will be explained. Techniques for real-time data stream processing, data archiving and report generation will be discussed and demonstrated. During the session attendees will have the option to play the game, and see the lap and telemetry data being processed in real time. The session will provide an insight into leveraging the power of cloud-based platforms for high scale telemetry data processing scenarios. The techniques demonstrated will be applicable to many scenarios, from multi-player gaming to device telemetry and the internet of things.
Providing a scripting environment and language so that users can mod and extend a game is a traditional practice in the videogame industry, where C/C++ game engines like Unity allow you to use C# to create and script games. Providing a scripting environment allows users and designers to break out of the constraints of the game, modifying it and extending it beyond the intent of the original developers. What if non-gaming applications could also leverage a scripting environment to gain flexibility and power? With Mono's embedding API it's easy for any C/C++ application to add the power of C# and .NET to its arsenal.
In this talk we will go through the basics of how to embed Mono and run C# from a C/C++ bootstrapping application, its potential uses, as well as the problems and pitfalls that you will encounter along the way. There are many interesting things that you can do when you control the runtime, domain and assembly loader from native land, and we will look at some fun tricks that are possible, like dynamic UIs that you can script, extend and modify at runtime without ever restarting your app, or games where the users drive the content.