WARNING: bevy_dioxus is still in the very early stages of development.

```rust, norun use bevy::prelude::*; use bevydioxus::desktop::prelude::; use dioxus::prelude::;

fn main() { App::new() .insertresource(WindowDescriptor { title: "Bevy Dioxus Plugin Example".tostring(), ..Default::default() }) .add_plugin(DioxusPlugin::

fn Root(cx: Scope) -> Element { cx.render(rsx! { h1 { "Hello, World !" } }) } ```

About Dioxus and Bevy

Dioxus

Dioxus is a cross-platform declarative UI framework. It provides familiar features that React developer expects such as component, state, props, hooks, global state, and router. If you familiar with any modern state driven UI framework, you should be able to read or write Dioxus components without knowing Rust.

Bevy

Bevy is a cutting-edge game engine in Rust based on Entity Component System(ECS) design pattern. Think of it as a global state management tool like Redux but much more performant because all systems will run concurrently as much as possible. Thanks to its plugin system, there's already a handlfull of third-party Bevy plugins out there. Imagine implemnenting core logic as CorePlugin seperated from UI layer. You may start with bevy_dioxus to build desektop application. Then let's say you want to release a metaverse edition at some point in the future, it's as simple as swapping UI plugin to Bevy's 3d rendering plugin while still using the same CorePlugin.

Try examples

Make sure to install all prerequisites for Tauri. Prerequisites

```sh gh repo clone JunichiSugiura/bevydioxus cd bevydioxus

cargo run --example counter ```

More examples can be found in examples/ directory.

Development

Prerequisites

General

• Tauri prerequisites
• convco: Conventional commits, changelog, versioning, validation sh cargo install convco # or brew install convco/formulae/convco
• cargo-workspaces: A tool for managing cargo workspaces and their crates, inspired by lerna sh cargo install cargo-workspaces

Website

• Zola: A fast static site generator in a single binary with everything built-in. sh brew install zola
• Node.js: To install Tailwind CSS

API Reference

• cargo-watch: Watches over your Cargo project's source. sh cargo install cargo-watch

Run

Examples

```sh

Build

cargo build --examples

or Run

cargo run --example counter ```

Website

```sh

Install dependencies

npm i

Serve locally

zola -r packages/website serve --drafts

Watch Tailwind CSS

npm run watch

or build

npm run build ```

API Reference

```sh

Serve doc locally

cargo doc --open --no-deps

Watch file changes and serve doc locally

cargo watch -s 'cargo doc && http target/doc' ```

Conventions

Branch name example

sh git checkout -b docs/#20-guide-website

Conventional Commits

Make sure to use convco commit instead of git commit when it should be noted in changelog. git-cliff will automatically generates changelog on conventional-commit message that convco produces. sh convco commit