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Pass in the 'websocket_adapter' as the last argument. Consider putting this in an autoload singleton so it won't go away unexpectedly. Like the HTTP adapter, it's a Node, so it needs to be added to the scene tree. Var websocket_adapter = new GodotWebSocketAdapter() Logger = new GodotLogger( 'Nakama ', GodotLogger. To log DEBUG messages to the Godot console. var client = new Client( scheme, host, port, serverKey, http_adapter) Pass in the 'http_adapter' as the last argument. It's a Node, so it needs to be added to the scene tree. Var http_adapter = new GodotHttpAdapter() Use the connection credentials to build a client object using the singleton.

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You can also download it from the asset repository.Īdd the Nakama.gd singleton (in addons//) as an autoload in Godot. Follow these instructions.ĭownload the client from the releases page and import it into your project. The simplest way is to use Docker but have a look at the server documentation for other options. You'll need to setup the server and database before you can connect with the client. There is an unreleased Godot 4 version you can find in the 'godot-4' You're currently looking at the Godot 3 version of the Nakama client for Godot. It's written in GDScript to support Godot Engine 3.1+.įull documentation is online - Godot 3 & 4

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This client implements the full API and socket options with the server. Features include user accounts, chat, social, matchmaker, realtime multiplayer, and much more. Nakama is an open-source server designed to power modern games and apps.

The godot-rust bindings, and this user guide, are licensed under the MIT license.Godot client for Nakama server written in GDScript. The source repository for this book is hosted on GitHub. However, godot-rust guides the user by making clear which operations are potentially unsafe.įor more information about the godot-rust project and how it may be useful to you, please refer to the FAQ Section for project specific information. As the user is allowed to call into the Godot engine (C++ code, via GDNative Foreign Function Interface) or into user-defined scripts (GDScript), some of the validity checks are outside godot-rust's control. *: Compile time memory and thread safety guarantees only apply to the Rust code.

The ability to leverage Rust's crate ecosystem from crates.io.

The leveraging the cargo build system to build the GDNative library.

Memory safety validated at compile time.*.

Outside of personal preference, Rust may be a good choice for your game for some of the following reasons: This project specifically supports the Rust Programming Language bindings to the GDNative API for the Godot Game Engine. If you have used earlier versions of godot-rust before, see Migrating from godot-rust 0.8 for a quick guided tour to the new API. If you're new to Rust, before getting started, it is highly recommended that you familiarize yourself with all of the concepts outlined in the officially maintained Rust Book before you getting started with godot-rust.

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If have specific code questions that are not covered in the Getting Started guide, please check out the Frequently Asked Questions or Recipes for some additional resources related to configuring godot-rust. If you're new to godot-rust, try the Getting Started tutorial first!įor more information about architecture with godot-rust, the GDNative Overview gives a broad overview for how godot-rust can be used with a few different use-cases as well as some indepth information for the underlying API. Welcome to the godot-rust book! This is a work-in-progress user guide for the Rust bindings to GDNative.

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