Rust Webassembly Ui
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Game Development with Rust and WebAssembly
Write an endless runner game for the web in Rust and test, deploy, and debug your 2D game using the WebAssembly toolchain Key Features Build and deploy an endless runner game for the web from scratch through this helpful guide with key images printed in color Learn how to use Rust for web development with WebAssembly Explore modern game development and programming techniques to build 2D games using Rust Book DescriptionThe Rust programming language has held the most-loved technology ranking on Stack Overflow for 6 years running, while JavaScript has been the most-used programming language for 9 years straight as it runs on every web browser. Now, thanks to WebAssembly (or Wasm), you can use the language you love on the platform that's everywhere. This book is an easy-to-follow reference to help you develop your own games, teaching you all about game development and how to create an endless runner from scratch. You'll begin by drawing simple graphics in the browser window, and then learn how to move the main character across the screen. You'll also create a game loop, a renderer, and more, all written entirely in Rust. After getting simple shapes onto the screen, you'll scale the challenge by adding sprites, sounds, and user input. As you advance, you'll discover how to implement a procedurally generated world. Finally, you'll learn how to keep your Rust code clean and organized so you can continue to implement new features and deploy your app on the web. By the end of this Rust programming book, you'll build a 2D game in Rust, deploy it to the web, and be confident enough to start building your own games.What you will learn Build and deploy a Rust application to the web using WebAssembly Use wasm-bindgen and the Canvas API to draw real-time graphics Write a game loop and take keyboard input for dynamic action Explore collision detection and create a dynamic character that can jump on and off platforms and fall down holes Manage animations using state machines Generate levels procedurally for an endless runner Load and display sprites and sprite sheets for animations Test, refactor, and keep your code clean and maintainable Who this book is for This game development book is for developers interested in Rust who want to create and deploy 2D games to the web. Game developers looking to build a game on the web platform using WebAssembly without C++ programming or web developers who want to explore WebAssembly along with JavaScript web will also find this book useful. The book will also help Rust developers who want to move from the server side to the client side by familiarizing them with the WebAssembly toolchain. Basic knowledge of Rust programming is assumed.
Programming WebAssembly with Rust
Author: Kevin Hoffman
language: en
Publisher: The Pragmatic Programmers LLC
Release Date: 2019-03-21
WebAssembly fulfills the long-awaited promise of web technologies: fast code, type-safe at compile time, execution in the browser, on embedded devices, or anywhere else. Rust delivers the power of C in a language that strictly enforces type safety. Combine both languages and you can write for the web like never before! Learn how to integrate with JavaScript, run code on platforms other than the browser, and take a step into IoT. Discover the easy way to build cross-platform applications without sacrificing power, and change the way you write code for the web. WebAssembly is more than just a revolutionary new technology. It's reshaping how we build applications for the web and beyond. Where technologies like ActiveX and Flash have failed, you can now write code in whatever language you prefer and compile to WebAssembly for fast, type-safe code that runs in the browser, on mobile devices, embedded devices, and more. Combining WebAssembly's portable, high-performance modules with Rust's safety and power is a perfect development combination. Learn how WebAssembly's stack machine architecture works, install low-level wasm tools, and discover the dark art of writing raw wast code. Build on that foundation and learn how to compile WebAssembly modules from Rust by implementing the logic for a checkers game. Create wasm modules in Rust to interoperate with JavaScript in many compelling ways. Apply your new skills to the world of non-web hosts, and create everything from an app running on a Raspberry Pi that controls a lighting system, to a fully-functioning online multiplayer game engine where developers upload their own arena-bound WebAssembly combat modules. Get started with WebAssembly today, and change the way you think about the web. What You Need: You'll need a Linux, Mac, or Windows workstation with an Internet connection. You'll need an up-to-date web browser that supports WebAssembly. To work with the sample code, you can use your favorite text editor or IDE. The book will guide you through installing the Rust and WebAssembly tools needed for each chapter.
Modern Web Apps using Rust
This book introduces you to web development with Rust and Leptos. To begin with, you install a solid Rust toolchain and set up Leptos in VS Code, and then you see your first "Hello World" interface rendered via WebAssembly right away. So, first you'll design a microservice-inspired book-selling sample app, called LibroCommerce, into inventory, orders, and user accounts. Then, you'll connect each piece with Axum handlers, SQLx queries, and shared Serde models. By the time you get to Chapter 3, you'll have built a nonblocking, Tokio-driven server that handles dynamic routes, powers Leptos SSR pages, and secures endpoints with JWT and OAuth2. Then, you add real-time features: WebSockets send stock updates and order-status events to reactive Leptos signals, keeping the UI and backend in sync. As you go, you'll be writing end-to-end Playwright tests and setting up GitHub Actions so that every commit runs Rust tests, Playwright scenarios, Docker builds, and Kubernetes rollouts automatically. You'll learn how to connect to PostgreSQL with an async pool, model Books, Users, and Orders with Serde-annotated Rust structs, and implement CRUD, password hashing with Argon2, encrypted backups, and session stores in Redis. Performance tuning shows you how to optimize Tokio threads, tune SQLx pools, stream large result sets, debounce client inputs, and apply backpressure. At last, you put each microservice and frontend into Docker containers, deploy them with Kubernetes, and then use serverless. It's packed with over 100 bite-sized examples and ready-to-run solutions, and it'll walk you through building and operating a production-style web application in Rust, step-by-step. You won't become a Rust language expert, but you'll finish ready to design, code, test, and deploy modern web apps. Key Learnings Start using Rust and Leptos with VS Code to develop web applications using WebAssembly. Architect microservices with inventory, orders, and user modules for modular, scalable applications. Make servers that respond to user activity and are not blocked by other users. Use Tokio and Axum with dynamic routing and concurrency. Employ business logic with SQLX, transactions, and external API integration for real-world workflows. Protect your devices with JWT, OAuth2, Argon2 password hashing, HttpOnly cookies, and TLS encryption. Handle database state asynchronously, define Serde data models, and perform efficient CRUD operations. Utilize WebSockets, Leptos signals, and broadcast channels to enable real-time updates. Perform end-to-end testing with Playwright, integration tests, and automated CI pipelines for reliability. Put microservices and the frontend into containers using Docker, and use Kubernetes to orchestrate them so they can be deployed without any downtime. Table of Content Setting up Rust & Leptos Environment Designing Modern Architecture Building Application Server Database Integration and State Management Modern Interactions with REST, GraphQL, and OAuth Front-end Development with Leptos and WebAssembly Real-time Interactions using Websocket Modern Security, Performance, and Cloud Strategies Cloud-native Releases and Continuous Delivery