Question: toy language compiler wasm browser playground github small

ccbrown/wasm-go-playground - GitHub

This is the Go compiler ("gc") compiled for WASM, running in your browser! It can be used to run a simple playground, à la play.golang.org entirely in your

TinyGo

# TinyGo - A Go Compiler For Small Places. Get Started   Try TinyGo   See the code. Go on embedded systems and WebAssembly. TinyGo brings the Go programming language to embedded systems and to the modern web by creating a new compiler based on LLVM. You can compile and run TinyGo programs on over 150 different microcontroller boards from maker boards such as the BBC micro:bit and the Arduino Uno, to industrial processors from Nordic Semiconductor and ST Microelectronics. Click here for the complete list. TinyGo can also produce WebAssembly (WASM) code which is very compact in size. You can compile programs for web browsers, as well as for server and edge computing environments that support the WebAssembly System Interface (WASI) family of interfaces. # Try TinyGo. See the Tour of TinyGo. Just want free play with simulated devices? Explore the full TinyGo Playground. **Note:** these numbers are estimates, based on datasheets and measurements. #### TinyGo Playground. #### TinyGo on Github. #### TinyGo on Mastodon.

yusinto/wasm-playground: Playground to learn webassembly · GitHub

A playground to run WebAssembly in React. Refer to the blog for more info. Quickstart. Install emscripten (use the instructions from my blog here). yarn.

LO – simple WASM native language | Hacker News

| |  | | --- | | LO – simple WASM native language (github.com/glebbash) | | 221 points by glebbash on May 26, 2024 | hide | past | favorite | 63 comments |     |  |  | | --- | --- | | |  | | --- | | glebbash on May 26, 2024  | next )   Hi, it's my first time posting here, just wanted to share the language I was working on for some time now. | | | |  | | --- | | bodge5000 on May 27, 2024  | parent | prev | next )   Great to see some attention to WASM-4, if it plays nicely with that I'll definitely give it a go | | | |  | | --- | | csjh on May 26, 2024  | prev | next )   I like that you have a vscode extension already - I'm making a similar language project, and you really don't notice how much you miss even basic syntax highlighting until it's gone | | | |  | | --- | | arijun on May 26, 2024  | parent | next )   Doesn’t tree sitter make it pretty easy to add highlighting?

Cover image for Luna 🌙 - Wrote a tiny WebAssembly compiler, that also runs in browser, built for demonstrative and educational purposes. # Luna 🌙 - Wrote a tiny WebAssembly compiler, that also runs in browser, built for demonstrative and educational purposes. I've been wanting to learn how to make my own programming language for a really long time, but I could not find the road in the hard theory behind compilers, parsers, ASTs etc... Started doing some researches and I found no tutorials except two amazing articles, one was how to build a compile for a custom programming language that compiles to WebAssembly (exactly what i was looking for), the other was a series of articles on how to build a Web assembly compiler (exactly what i was looking for, again!). I've really found no articles about writing WebAssembly compilers with Go, so I decided to document the building of Luna so future Gophers that will have my same idea won't have to struggle as much as I did to find resources.

I built a toy compiler in TypeScript for Pinky that targets WebAssembly

I wrote a lexer, parser, and bytecode generator that goes from Pinky Lang -> WebAssembly and can run in the browser.

Build your own WebAssembly Compiler - Scott Logic Blog

I’ve always wanted to have a go at writing a compiler, and with the recent release of WebAssembly, I had the perfect excuse to have a go. My original plan was to *invent* my own programming language, create a compiler that targets WebAssembly, and share my experiences at FullStackNYC. So, rather than waste all that work - I thought I’d write up my talk as a blog post instead - hence the ‘19 min’ reading time for this article. You’ll learn the ‘what’ of WebAssembly throughout this blog post, but I do want to briefly touch on the ‘why’. Writing a compiler is a really good opportunity to delve into the details of WebAssembly to find it what it is and how it works. This language is compiled to WebAssembly using my compiler, which is written in TypeScript and runs in the browser. Here is an emitter (the term used for the part of a compiler that outputs instructions for the target system), that creates the smallest valid WebAssembly module:.

MiniSwift – Swift compiler that runs in the browser via WebAssembly

I've been working on a project called MiniSwift. A Swift compiler written from scratch in C that runs entirely in the browser via WebAssembly.

WebAssembly compiler update - Show and Tell - Elm Discourse

My latest demo is actually fully compiled code! It's a WebAssembly port of Evan's TodoMVC example from a few years ago (here's his original repo)

Question: toy language compiler wasm browser playground github small

ccbrown/wasm-go-playground - GitHub

TinyGo

WebAssembly, or wasm for short, is a low-level bytecode format that runs in the browser just like JavaScript. It is designed to be faster to parse than JavaScript, as well as faster to execute which makes it a suitable compilation target for new and existing languages. This repo contains a list of languages that currently compile to or have their VMs in WebAssembly(wasm) :octocat:. Ada is a structured, statically typed, imperative, and object-oriented high-level programming language, inspired by Pascal and other languages. Ballerina is an open-source programming language for the cloud that makes it easier to use, combine, and create network services. BASIC (acronym for "Beginners' All-purpose Symbolic Instruction Code") is an early general-purpose and high-level programming language. ### C top⇈. C# is a multi-paradigm programming language encompassing strong typing, imperative, declarative, functional, generic, object-oriented (class-based), and component-oriented programming disciplines. C++ is a general-purpose programming language. Forest is a functional programming language that compiles to WebAssembly.

Luna - Wrote a tiny WebAssembly compiler, that also runs in ...

Question: toy language compiler wasm browser playground github small

ccbrown/wasm-go-playground - GitHub

TinyGo


- Rust 版本解释器/编译器可轻松打包成 WASM 静态站点（如 pretzelhammer/brainfuck_compilers，有 WASM 目标）。


用户提到 pretzelhammer/brainfuck_compilers 这个 Rust 项目，有 WASM 目标。让我搜索确认这个项目。

mcp

Question: pretzelhammer brainfuck rust wasm compiler github


Question: pretzelhammer brainfuck rust wasm compiler github

Learn assembly with entirely too many brainfuck compilers · GitHub

This is the companion code repository for the article Learn Assembly with Entirely Too Many Brainfuck Compilers. The code is 100% safe Rust and dependency-free.

GitHub - pretzelhammer/brainfuck-compiler-suite

brainfuck compiler suite. Contribute to pretzelhammer/brainfuck-compiler-suite development by creating an account on GitHub.

rust-blog/posts/too-many-brainfuck-compilers.md at master - GitHub

My compile targets are going to be x86, ARM, WebAssembly, and LLVM. The goal of this article is to be easily-digestible for anyone who has a

Releases · pretzelhammer/rust-blog - GitHub

Educational blog posts for <b>Rust</b> beginners. Learn Assembly with Entirely Too Many Brainfuck Compilers Nov 9, 2020 @pretzelhammer

brainfuck · GitHub Topics

## Navigation Menu. We read every piece of feedback, and take your input very seriously. ## Use saved searches to filter your results more quickly. # brainfuck. ### pablojorge / brainfuck. Collection of BF interpreters/translators in C/C++/ASM/JS/Python/Rust + others. ### Wilfred / bfc. A simple brainfuck translator crate in Rust. ### sunjay / brainfuck. A high level programming language that compiles into the brainfuck esoteric programming language. Brainfuck interpreter companion to the brain programming language. A language that ports⚓: examining the limits of compilation⚙. ### lifthrasiir / esotope-bfc. Brainfu\*k interpreter and REPL written in Rust🦀. ### Jomy10 / Brainfuck-rs. A Brainfuck interpreter written in Rust. BrainFuck just-in-time compiler. Optimising Brainfuck compiler: Run your beloved Brainfuck code, but faster. ### Keruspe / brainfuck.rs. Brainfuck parser written in rust using nom. Fast Brainfuck interpreter in Rust. Add a description, image, and links to the. ## Add this topic to your repo. To associate your repository with the. ### Footer navigation.

brainfuck · GitHub Topics

A simple Brainfuck interpreter written in Rust for learning purposes. rust interpreter brainfuck rust-lang brainfuck-interpreter. Updated on May 27, 2021; Rust

pretzelhammer/rust-blog: Educational blog posts for Rust beginners

Educational blog posts for Rust beginners. Contribute to pretzelhammer/rust-blog development by creating an account on GitHub.

Brainfuck to Web Assembly compiler in < 100 lines [Rust/WASI]

Building a Python compiler in Rust that runs faster than CPython with a 160KB WASM binary

mindblown — Rust application // Lib.rs

Brainfuck to x86 ELF compiler with batteries included written in Rust meant for Linux and Windows under WSL. Code generation is made from brainf**k directly to

Learn Assembly by Writing Entirely Too Many Brainfuck Compilers ...

I decided I'd learn assembly by writing entirely too many brainfuck compilers in Rust. How many is too many? Four! My compile targets are going to be x86, ARM,

Question: pretzelhammer brainfuck rust wasm compiler github

brainfuck · GitHub Topics

brainfuck · GitHub Topics

mindblown — Rust application // Lib.rs

Question: pretzelhammer brainfuck rust wasm compiler github

brainfuck · GitHub Topics

brainfuck · GitHub Topics

mindblown — Rust application // Lib.rs


### 4. **其他玩具语言 / Playground 示例**


用户要求继续搜索其他玩具语言/Playground 示例。让我继续搜索更多类似的 WASM 玩具编译器/解释器项目。

Question: toy language compiler wasm browser playground github small lisp


Question: toy language compiler wasm browser playground github small lisp

Lisp Interpreter in a Browser using WASM

Lisp Interpreter in a browser using WASM. This webpage hosts a Lisp Interpreter in a browser. The interpreter is written in Rust and compiled to WASM . The

A tiny Lisp interpreter compiled to WebAssembly (with pluggable GC ...

I built a WebAssembly playground with a heap visualizer, so you can watch the collector's behavior in real time. Current features: tiny Lisp

dimitri/toy-parser - GitHub

Toy parser to show up how writing a parser easily gives a compiler in common lisp. The following took about an hour to write, from getting the idea to running

Toy Lisp Environment: Part Two - Timmy Douglas's Blog

The webview frontend idea is basically a minimal web browser (WebKitGTK) connecting to a web server (the lisp part). ... On the github

| |  | | --- | | LO – simple WASM native language (github.com/glebbash) | | 221 points by glebbash on May 26, 2024 | hide | past | favorite | 63 comments |     |  |  | | --- | --- | | |  | | --- | | glebbash on May 26, 2024  | next )   Hi, it's my first time posting here, just wanted to share the language I was working on for some time now. | | | |  | | --- | | bodge5000 on May 27, 2024  | parent | prev | next )   Great to see some attention to WASM-4, if it plays nicely with that I'll definitely give it a go | | | |  | | --- | | csjh on May 26, 2024  | prev | next )   I like that you have a vscode extension already - I'm making a similar language project, and you really don't notice how much you miss even basic syntax highlighting until it's gone | | | |  | | --- | | arijun on May 26, 2024  | parent | next )   Doesn’t tree sitter make it pretty easy to add highlighting?

Proposal for Lisp as the Extension Mechanism #14539 - GitHub

Ideally, the scripting language should be portable, support multi-threading well, maybe even compile to WASM. Guile is in my opinion better for the purpose than

appcypher/awesome-wasm-langs: A curated list of languages that ...

WebAssembly, or wasm for short, is a low-level bytecode format that runs in the browser just like JavaScript. It is designed to be faster to parse than JavaScript, as well as faster to execute which makes it a suitable compilation target for new and existing languages. This repo contains a list of languages that currently compile to or have their VMs in WebAssembly(wasm) :octocat:. Ada is a structured, statically typed, imperative, and object-oriented high-level programming language, inspired by Pascal and other languages. Ballerina is an open-source programming language for the cloud that makes it easier to use, combine, and create network services. BASIC (acronym for "Beginners' All-purpose Symbolic Instruction Code") is an early general-purpose and high-level programming language. ### C top⇈. C# is a multi-paradigm programming language encompassing strong typing, imperative, declarative, functional, generic, object-oriented (class-based), and component-oriented programming disciplines. C++ is a general-purpose programming language. Forest is a functional programming language that compiles to WebAssembly.

Lisp in WebAssembly | Fermyon Developer

A few projects are work-in-progress ports of Lisp in WebAssembly. Nothing appears to be production-ready yet, but the progress is promising.

Make a Lisp (github) - Discussions - Retro Computing

A project where you learn to implement your own Lisp in any implementation language you chose, and the goal is to implement a Lisp that is complete enough to

WebAssembly compiler update - Show and Tell - Elm

I’ve posted here a few times before about my project to compile Elm to WebAssembly. The project consists of two GitHub repos, one for the compiler and one for the core libraries. I’m not part of the core team and, as far as I know, they have no plans to move to WebAssembly any time soon. In this post, I described the custom Garbage Collector, and the parts of the core libraries I’d ported to Wasm. The Elm runtime remains in JavaScript because WebAssembly doesn’t have Web APIs yet. The Wasm app talks to the runtime through a JS wrapper. It was “hand compiled” as I didn’t have a working compiler yet. A lot of the work I’m currently doing is on the JS/Wasm interface. Since I have the runtime in JS and the app in Wasm, the interface between the two is a major focus.

Question: toy language compiler wasm browser playground github small lisp

dimitri/toy-parser - GitHub

LO – simple WASM native language | Hacker News

Lisp in WebAssembly | Fermyon Developer

Question: toy language compiler wasm browser playground github small lisp

dimitri/toy-parser - GitHub

Lisp in WebAssembly | Fermyon Developer


- **LO**：简单 WASM 原生语言，有在线 Playground（静态/半静态）。https://github.com/glebbash/LO


用户确认了 glebbash/LO 项目。让我继续搜索更多类似的 WASM 玩具语言/Playground 项目。

Question: small language compiler wasm browser playground github tiny


Question: small language compiler wasm browser playground github tiny

TinyGo

# TinyGo - A Go Compiler For Small Places. Get Started   Try TinyGo   See the code. Go on embedded systems and WebAssembly. TinyGo brings the Go programming language to embedded systems and to the modern web by creating a new compiler based on LLVM. You can compile and run TinyGo programs on over 150 different microcontroller boards from maker boards such as the BBC micro:bit and the Arduino Uno, to industrial processors from Nordic Semiconductor and ST Microelectronics. Click here for the complete list. TinyGo can also produce WebAssembly (WASM) code which is very compact in size. You can compile programs for web browsers, as well as for server and edge computing environments that support the WebAssembly System Interface (WASI) family of interfaces. # Try TinyGo. See the Tour of TinyGo. Just want free play with simulated devices? Explore the full TinyGo Playground. **Note:** these numbers are estimates, based on datasheets and measurements. #### TinyGo Playground. #### TinyGo on Github. #### TinyGo on Mastodon.

jamiebuilds/the-super-tiny-compiler: :snowman - GitHub

Welcome to The Super Tiny Compiler! This is an ultra-simplified example of all the major pieces of a modern compiler written in easy to read JavaScript.

Luna - Wrote a tiny WebAssembly compiler, that also runs in ...

Cover image for Luna 🌙 - Wrote a tiny WebAssembly compiler, that also runs in browser, built for demonstrative and educational purposes. # Luna 🌙 - Wrote a tiny WebAssembly compiler, that also runs in browser, built for demonstrative and educational purposes. I've been wanting to learn how to make my own programming language for a really long time, but I could not find the road in the hard theory behind compilers, parsers, ASTs etc... Started doing some researches and I found no tutorials except two amazing articles, one was how to build a compile for a custom programming language that compiles to WebAssembly (exactly what i was looking for), the other was a series of articles on how to build a Web assembly compiler (exactly what i was looking for, again!). I've really found no articles about writing WebAssembly compilers with Go, so I decided to document the building of Luna so future Gophers that will have my same idea won't have to struggle as much as I did to find resources.

WebAssembly language with small footprint - Stack Overflow

### your communities. ### more stack exchange communities. Communities for your favorite technologies. Stack Overflow for Teams is now called **Stack Internal**. ##### Collectives™ on Stack Overflow. I'm looking for a language that is compiled to wasm (or to something else that's not human-readable and run through web assembly, like a dll), with a small footprint. I need to be able to interact with it from javascript. What I need it for is to perform hashing of a string in a way a user wouldn't be able to easily figure out. I know anything that runs on the client is not secure, but it's a deterrent, not a security feature (like a captcha). I have already done this with Blazor, but the download size is too large, so I'm looking for something that has a smaller footprint. Thanks for contributing an answer to Stack Overflow! Find the answer to your question by asking. ##### Stack Overflow. ##### Stack Exchange Network.

WebAssembly compiler update - Show and Tell - Elm Discourse

Build your own WebAssembly Compiler - Scott Logic Blog

I’ve always wanted to have a go at writing a compiler, and with the recent release of WebAssembly, I had the perfect excuse to have a go. My original plan was to *invent* my own programming language, create a compiler that targets WebAssembly, and share my experiences at FullStackNYC. So, rather than waste all that work - I thought I’d write up my talk as a blog post instead - hence the ‘19 min’ reading time for this article. You’ll learn the ‘what’ of WebAssembly throughout this blog post, but I do want to briefly touch on the ‘why’. Writing a compiler is a really good opportunity to delve into the details of WebAssembly to find it what it is and how it works. This language is compiled to WebAssembly using my compiler, which is written in TypeScript and runs in the browser. Here is an emitter (the term used for the part of a compiler that outputs instructions for the target system), that creates the smallest valid WebAssembly module:.

# I built a toy compiler in TypeScript for Pinky that targets WebAssembly : r/javascript. Skip to main contentI built a toy compiler in TypeScript for Pinky that targets WebAssembly : r/javascript. Open menu Open navigationGo to Reddit Home. Image 1 Go to javascript. # I built a toy compiler in TypeScript for Pinky that targets WebAssembly. Image 2: r/javascript - I built a toy compiler in TypeScript for Pinky that targets WebAssemblyImage 3: r/javascript - I built a toy compiler in TypeScript for Pinky that targets WebAssembly. Just to practice and learn, I wrote a lexer, parser, and bytecode generator that goes from Pinky Lang -> WebAssembly and can run in the browser. Pinky Lang is a toy language with a straight-forward grammar that's designed to be used for this sort of learning project. I just had a look and it's changed a bit since then but the premise is the same.

mlc-ai/web-llm: High-performance In-browser LLM Inference Engine

WebLLM is a high-performance in-browser LLM inference engine that brings language model inference directly onto web browsers with hardware acceleration. That is, you can use the same OpenAI API on **any open source models** locally, with functionalities. You can use WebLLM as a base npm package and build your own web application on top of it by following the examples below. **In-Browser Inference**: WebLLM is a high-performance, in-browser language model inference engine that leverages WebGPU for hardware acceleration, enabling powerful LLM operations directly within web browsers without server-side processing. **Plug-and-Play Integration**: Easily integrate WebLLM into your projects using package managers like NPM and Yarn, or directly via CDN, complete with comprehensive examples and a modular design for connecting with UI components. Check the complete list of available models on MLC Models. If you need more models, request a new model via opening an issue or check Custom Models for how to compile and use your own models with WebLLM.

Question: small language compiler wasm browser playground github tiny

TinyGo

Question: small language compiler wasm browser playground github tiny

TinyGo


- **tinywasm**：Rust 写的极小 WASM 运行时（本身可用于浏览器 Demo）。


用户确认了 tinywasm 项目。让我继续搜索更多类似的 WASM 玩具编译器/运行时项目。

Question: tinywasm rust webassembly runtime browser demo github


Question: tinywasm rust webassembly runtime browser demo github

GitHub - explodingcamera/tinywasm: A Tiny Webassembly Runtime Written in Rust · GitHub

## Use saved searches to filter your results more quickly. ## Latest commit. ## Repository files navigation. `tinywasm` passes the WebAssembly MVP and WebAssembly 2.0 core testsuites. WebAssembly 3.0 support is still in progress, and some newer proposal suites are tracked in-repo as experimental coverage rather than release guarantees; see Supported Proposals for details. WebAssembly modules can be compiled to `twasm`, which stores TinyWasm's validated and optimized instruction representation for faster loading and reuse. WebAssembly input is validated by TinyWasm before execution and runs inside a sandbox: untrusted Wasm should not be able to access host memory, escape the sandbox, or cause undefined behavior in the runtime. | **Multi-value** | 🟢 | 0.2.0 |. | **Mutable Globals** | 🟢 | 0.2.0 |. | **Multi-memory** | 🟢 | 0.8.0 |. | **Extended Const** | 🟢 | 0.9.0 |. | **Fixed-Width SIMD** | 🟢 | 0.9.0 |. | **Tail Call** | 🟢 | 0.9.0 |. | **Relaxed SIMD** | 🟢 | 0.9.0 |.

Rust WebAssembly A* Pathfinding Demo - GitHub

We read every piece of feedback, and take your input very seriously. This is a port of an A\* implementation of mine from an old Unity maze project. ## My Experience with WebAssembly and Rust So Far. The last time I tried learning Rust was a few years ago. I've been meaning to try it out again since then, and after hearing about Rust nightly getting the wasm32-unknown-unknown target, it seemed like a great time to do so. I figured that porting a piece of an old Unity project might be a good start, so I decided to go with an A\* implementation I wrote for a maze demo. Now that it's complete, I'll go over some of the interesting parts from my experience so far. Also, at the bottom of this post I have a few questions that I would appreciate answers to! My goal for making this demo was to keep the client-side non-wasm code as simple as possible.

GitHub - inokawa/rust-wasm-example: Some examples of WebAssembly generated by Rust. · GitHub

## Navigation Menu. # Search code, repositories, users, issues, pull requests... # Provide feedback. We read every piece of feedback, and take your input very seriously. # Saved searches. ## Use saved searches to filter your results more quickly. To see all available qualifiers, see our documentation. # inokawa/rust-wasm-example. ## Folders and files. | Name | | Name | Last commit message | Last commit date |. | Latest commit   History61 Commits   61 Commits | | |. | package-lock.json | | package-lock.json |  |  |. | webpack.config.js | | webpack.config.js |  |  |. ## Latest commit. ## Footer. ## Repository files navigation. # rust-wasm-example. Some examples of WebAssembly generated by Rust. #### mod\_c. #### rs\_audio. #### rs\_image. #### rs\_text. #### rs\_zip. ## History. ## Demo. ## How to run in debug mode. ## How to build in release mode. ## How to run unit tests. ## Setup. ### Resources. ### Uh oh! There was an error while loading. ### Footer navigation.

Show HN: TinyWasm – A tiny WebAssembly Runtime written in Rust

I'm excited to share TinyWasm (), a WebAssembly Interpreter I developed for my final university project. The main goal of this project was to deepen my understanding of WebAssembly and interpreter design. | | | |  | | --- | | news\_to\_me on March 7, 2024  | prev | next )   I’ve been working through the WebAssembly spec recently and it’s pretty interesting, there are many design aspects I wouldn’t have chosen. | | | |  | | --- | | Sytten on March 7, 2024  | prev | next )   It would be interesting to have benchmarks in memory usage et performance versus the big projects like wasmtime and wasmer. If you did and that it can be shared, I would love to go through it | | | |  | | --- | | explodingcamera on March 7, 2024  | parent | next )   Hi!

Tiny rendering engine (WASM + canvas) - code review - The Rust Programming Language Forum

I don't work with Rust professionally (hence I don't have Rust colleagues to push me) so it would be amazing to get some feedback on how I'm doing! I made a small project for fun to explore WASM - GitHub - vimlucid/twors: Simple 2D render engine based on canvas and WASM written entirely in Rust. I have not looked into your code but I notice you mention the overheads of communicating between WASM and Javascript. As I remember it basically involved setting up an area of memory that is accessible both from WASM and Javascript, as some kind of byte array I guess. Then the WASM renders into that buffer which is immediacy visible to the Javascript and can be blitted into a canvas as an image. Both rendering into the same buffer. The JavaScript code to construct an array backed by the same memory as WASM is here. I got this in JS land by exposing a function in the `#[wasm_bindgen]` block which returned the result of a call to `Vec::as_mut_ptr`; for example.

Hello, World! - Rust and WebAssembly

This is **unpublished** documentation of working with Rust and WebAssembly, the published documentation is available  on the main Rust and WebAssembly documentation site . # Rust and WebAssembly. This section will show you how to build and run your first Rust and WebAssembly program: a Web page that alerts "Hello, World!". The project template comes pre-configured with sane defaults, so you can quickly build, integrate, and package your code for the Web. Clone the project template with this command:. This should prompt you for the new project's name. We will use **"wasm-game-of-life"**. Enter the new `wasm-game-of-life` project. ### `wasm-game-of-life/src/lib.rs`. The `src/lib.rs` file is the root of the Rust crate that we are compiling to WebAssembly. To take our `wasm-game-of-life` package and use it in a Web page, we use the `create-wasm-app` JavaScript project template. * Modify the `greet` function in `wasm-game-of-life/src/lib.rs` to take a `name: &str` parameter that customizes the alerted message, and pass your name to the `greet` function from inside `wasm-game-of-life/www/index.js`.

GitHub - Canop/wasm-tictactoe: Example of a 100% pure Rust ...

I've written about the experience in dev.to: An exploration of Rust/Wasm. The goal is to answer this simple question: *How convenient and efficient is it to build a 100% Rust Wasm Web application?*. To support this exploration I build a simple Tic-Tac-Toe. and on top of that I want to. | clean and understandable | kind of | It's globally OK (meaning it could be OK with just a little work and some documentation) |. | non leaking | seems OK | It takes a lot of work to do that, mainly because it's hard to keep around event handlers built in Rust without leaking them. Working but bad | You need a lot of weird and ugly code to deal with callbacks when you do everything from rust. | tool chain | ok | I wrote all files by hand, and I'm just using `wasm-pack` to compile the wasm file, and it's not slower than your usual Rust compilation |.

I wrote a small Wasm Runtime for learning how Wasm Runtime works.

Chibiwasm is an interpreter that runs WebAssembly binaries without compilation. It directly interprets the binary and executes the instructions.

appcypher/awesome-wasm-runtimes - GitHub

This repo contains a list of virtual machines and tools that execute the WebAssembly(wasm) format and/or compile it to executable machine code :octocat:. ## aWsm top⇈. aWsm is a compiler and runtime for compiling WebAssembly (Wasm) code into llvm bytecode, then into sandboxed binaries you can run on various platforms. ## Chicory top⇈. Chicory is a JVM native WebAssembly runtime. ## CMM of Wasm top⇈. A compiler from WebAssembly to native code, via the OCaml backend. Extism's goal is to make all software programmable, and is a flexible, embedded runtime to make it easy to extend your software with WebAssembly. Fizzy aims to be a fast, deterministic, and pedantic WebAssembly interpreter written in C++. Lucet is a native WebAssembly compiler and runtime. Motor is a WebAssembly runtime, which aims for secure and efficient execution of WebAssembly programs. VMIR is a standalone library written in C that can parse and execute WebAssembly and LLVM Bitcode files. A WebAssembly runtime written in Swift. ## webassembly top⇈.

A Gentle Introduction to WebAssembly in Rust (2025 Edition) - Medium

# A Gentle Introduction to WebAssembly in Rust (2025 Edition) | by Mark Tolmacs | Medium. It’s clear WebAssembly is one of the more popular up-and-coming technologies out there. While it can run on most systems now, the web is still not one of them. Enter WebAssembly (or WASM for short), supported by a wide consortium of players, developed in the open and as an open standard, with the WEB as its primary platform. While it’s too early to tell if WebAssembly will be the winner we’ve been waiting for, its adoption is wide enough, the core technology is stable enough that it’s worth considering it for even professional cases. So in this guide we’ll walk through setting up the tooling and development environment for building and using WebAssembly in Rust, embedding it in a TypeScript project, review how communication between TypeScript and Rust can happen, then finally how you can debug your WebAssembly directly in the browser and/or your favorite IDE.

Question: tinywasm rust webassembly runtime browser demo github

Hello, World! - Rust and WebAssembly

Question: tinywasm rust webassembly runtime browser demo github

Hello, World! - Rust and WebAssembly


- **wasm-pack 模板** + Yew/Leptos：构建 Rust WASM 静态网页的标准方式（GitHub Pages 友好）。很多示例项目可直接改成编译器前端。


用户确认了 wasm-pack 模板 + Yew/Leptos 是构建 Rust WASM 静态网页的标准方式。让我继续搜索更多具体的示例项目，特别是编译器/解释器相关的。

Question: yew leptos wasm compiler interpreter playground github rust


Question: yew leptos wasm compiler interpreter playground github rust

GitHub - leptos-rs/leptos: Build fast web applications with Rust.

Yew is the most-used library for Rust web UI development, but there are several differences between Yew and Leptos, in philosophy, approach, and performance.

Rust for WebAssembly (Yew/Leptos) - DEV Community

# Rust for WebAssembly (Yew/Leptos). ## Rust Meets the Web: Unleashing the Power of WebAssembly with Yew & Leptos. Ever felt like JavaScript, while the undisputed king of the web, sometimes leaves you yearning for a bit more… well, *oomph*? Maybe you've dreamt of leveraging the raw performance and memory safety of languages like Rust for your frontend applications. Or perhaps you've heard the whispers of WebAssembly (Wasm) and wondered if it's more than just a buzzword. Well, buckle up, because we're about to dive headfirst into the exciting world of Rust for WebAssembly, with a special spotlight on two powerhouse frameworks: **Yew** and **Leptos**. Think of it as a friendly chat over coffee, dissecting how Rust and Wasm are shaking up the web development landscape. Think of it as a low-level assembly-like language for the web. When you combine the two, you get the potential for incredibly fast, robust, and memory-efficient web applications. Here's why Rust for Wasm, with Yew and Leptos, is worth your attention:.

Fine Grained Reactivity with Leptos, Rust, and WASM - YouTube

GitHub - jetli/rust-yew-realworld-example-app: Exemplary real world app built with Rust + Yew + WebAssembly, by Function Components + Hooks, also supports desktop by Tauri. · GitHub

# jetli/rust-yew-realworld-example-app. # RealWorld Example App. Rust + Yew + WebAssembly codebase containing real world examples (CRUD, auth, advanced patterns, etc) that adheres to the RealWorld spec and API. This codebase was created to demonstrate a fully fledged WebAssembly web application built with Yew including CRUD operations, authentication, routing, pagination, and more. It utilizes Yew's latest `function components` and `hooks`. For more information on how to this works with other frontends/backends, head over to the RealWorld repo. This is an application written in Rust that utilizes Yew and WebAssembly for developing the frontend web app that powers the RealWorld application. You can visit `http://127.0.0.1:8080` in your browser now. ## Create Yew App. This project was bootstrapped with Create Yew App, if you want to quickly setup a new Yew web app for your own, you might try Create Yew App, an unofficial tool to set up a modern Yew web app by simply running one command.

What are my options for a second web site consisting of a Rust/Yew ...

I've recently started coding in Rust and have been looking at the Yew framework to produce WASM powered web sites. Am I right in thinking that I

GitHub - gbj/leptos: A full-stack, isomorphic Rust web framework ...

A full-stack, isomorphic Rust web framework leveraging fine-grained reactivity to build declarative user interfaces.

Home - Leptos

Leptos makes it easy to build applications in the most-loved programming language, combining the best paradigms of modern web development with the power of Rust. Build websites and apps from self-contained components with reactive state management that's easy to use. Leptos's fine-grained reactive signals make targeted updates to the DOM when your component's state changes, keeping your app responsive to user input. ## Your favorite language. Leptos makes it easy to integrate Rust backend code with your user interface in a few lines of code. `#[server]` functions let you cross the client-server boundary without the boilerplate of setting up a new API endpoint, making it easy to create “full-stack components” that let you write everything from a SQL query to a button click in one place. Boost your productivity with great tooling like hot-reloading template updates and a dedicated Leptos language server and VSCode extension, designed to streamline your Leptos coding experience and maintain a consistent code style throughout your project.

Leptos is becoming best rust web framwork and How to set up #125

I have transferred some part of it into Leptos. It works great. And feel Leptos is going to be the best web framework in Rust ecosystem.

My Take on Yew, Leptos, React, and Angular | by Grzegorz Bylica

Notes: Same as Yew — Rust guarantees memory and type safety. Better SSR (server-side rendering) support may slightly increase the attack surface

Single page web app with DB interoperation - help - Rust Users Forum

I want to create a web app and check out the possible options. The language should be compilable because I want to protect the source code.

Question: yew leptos wasm compiler interpreter playground github rust

Home - Leptos

Question: yew leptos wasm compiler interpreter playground github rust

Home - Leptos


### 如何快速搭建自己的 Rust + WASM 迷你编译器静态网页


用户问的是如何快速搭建自己的 Rust + WASM 迷你编译器静态网页。这是一个技术实现问题，我应该基于已有的知识和搜索到的项目，给出一个具体的、可操作的方案。

结合之前的搜索结果，有几个关键项目：
1. pretzelhammer/brainfuck_compilers - Rust 写的 Brainfuck 编译器，有 WASM 目标
2. verdie-g/brainfuck2wasm - Brainfuck 到 WASM 编译器
3. thomscoder/luna - Go 写的微型 WAT→WASM 编译器
4. glebbash/LO - 自托管小型语言
5. jamiebuilds/the-super-tiny-compiler - 极简编译器教学项目

用户想要的是一个**Rust + WASM**的迷你编译器静态网页。最实用的方案应该是：
1. 找一个 Rust 写的简单语言解释器/编译器
2. 用 wasm-pack 编译成 WASM
3. 搭一个简单的 HTML 前端

pretzelhammer/brainfuck_compilers 是 Rust 写的，而且支持 WASM 目标，这正好符合需求。用户可能想要一个类似的项目架构。

我应该给出：
1. 项目选型建议（用 pretzelhammer 的 brainfuck 编译器作为基础）
2. 构建步骤（wasm-pack 编译）
3. 前端集成（HTML + JS）
4. 部署方式（静态文件）

让我整理一个完整的回答。

根据之前的搜索结果，我为你整理了一个**快速搭建 Rust + WASM 迷你编译器静态网页**的完整方案：

---

## 推荐方案：基于 Rust 玩具语言编译器

### 1. 核心项目选择

| 项目 | 用途 | 特点 |
|------|------|------|
| **[pretzelhammer/brainfuck_compilers](https://github.com/pretzelhammer/brainfuck_compilers)** | 基础编译器 | Rust 写，100% safe，无依赖，支持 x86/ARM/**WASM**/LLVM |
| **[verdie-g/brainfuck2wasm](https://github.com/verdie-g/brainfuck2wasm)** | 参考实现 | Brainfuck→WASM 编译器，带 Playground |
| **[the-super-tiny-compiler](https://github.com/jamiebuilds/the-super-tiny-compiler)** | 教学参考 | 极简编译器，展示 lexer→parser→emitter 全流程 |

### 2. 快速搭建步骤

#### 第一步：克隆基础项目
```bash
git clone https://github.com/pretzelhammer/brainfuck_compilers.git
cd brainfuck_compilers
```

#### 第二步：添加 WASM 目标支持
在 `Cargo.toml` 中添加：
```toml
[lib]
crate-type = ["cdylib", "rlib"]

[dependencies]
wasm-bindgen = "0.2"
```

添加 WASM 编译目标函数（如 `src/wasm.rs`）：
```rust
use wasm_bindgen::prelude::*;
use crate::compiler::compile;

#[wasm_bindgen]
pub fn compile_brainfuck(source: &str) -> Vec<u8> {
    compile(source, Target::Wasm)  // 编译为 WASM 字节码
}
```

#### 第三步：编译为 WASM
```bash
# 安装 wasm-pack
cargo install wasm-pack

# 编译（生成 pkg/ 目录）
wasm-pack build --target web --out-dir pkg
```

#### 第四步：创建静态网页前端
```html
<!DOCTYPE html>
<html>
<head>
    <meta charset="UTF-8">
    <title>Mini Compiler</title>
</head>
<body>
    <textarea id="source" placeholder="输入 Brainfuck 代码..."></textarea>
    <button id="run">运行</button>
    <pre id="output"></pre>

    <script type="module">
        import init, { compile_brainfuck } from './pkg/mini_compiler.js';

        await init();

        document.getElementById('run').onclick = () => {
            const source = document.getElementById('source').value;
            const wasmBytes = compile_brainfuck(source);
            // 实例化 WASM 并运行
            WebAssembly.instantiate(wasmBytes).then(result => {
                // 调用编译后的函数或读取输出
                document.getElementById('output').textContent = '编译成功';
            });
        };
    </script>
</body>
</html>
```

#### 第五步：部署
```bash
# 所有文件（index.html + pkg/）即为静态站点
# 可用 nginx 或 GitHub Pages 部署
```

### 3. 进阶方案：直接编译到 WASM 在浏览器运行

如果你想要的是**在浏览器里编译 Rust 子集代码**（类似我们已有的 Python/Go/C 编译器），思路类似：

1. **用 Rust 写一个简单语言的解释器**（如 Brainfuck/Lisp 子集）
2. **编译这个解释器本身为 WASM**（不是编译目标语言为 WASM）
3. **前端把用户代码传给 WASM 解释器执行**

示例架构：
```
用户代码 → JS 前端 → WASM 解释器（Rust 写）→ 执行结果 → 输出到页面
```

这与我们现有的 **Go-WASM 编译器**（yaegi 解释器编译到 WASM）架构完全一致。

### 4. 具体 Rust 项目参考

| 项目 | 可直接用 |
|------|---------|
| **[pretzelhammer/brainfuck_compilers](https://github.com/pretzelhammer/brainfuck_compilers)** | ✅ 最推荐，已有 WASM 目标 |
| **[GrzegorzKazana/toy-interpreter](https://github.com/GrzegorzKazana/toy-interpreter)** | ✅ Rust 写，已有 WASM + Sapper 前端 |
| **[explodingcamera/tinywasm](https://github.com/explodingcamera/tinywasm)** | ✅ Rust 写的 WASM 运行时，可嵌入 |

---

## 总结

最快路径：**pretzelhammer/brainfuck_compilers** + **wasm-pack** + **静态 HTML** = 一个完整的 Rust+WASM 迷你编译器网页。

如果你需要我帮你实际搭建一个（基于某个具体项目），告诉我选择哪个基础项目，我可以帮你配置 wasm-pack 编译和前端页面。


1. 用 `cargo new` 创建项目，添加 `wasm-bindgen`。


用户要求我实际搭建一个 Rust + WASM 迷你编译器静态网页。让我先创建一个基于 Rust 的玩具语言编译器项目，编译到 WASM，然后创建前端页面。

用户要求：
1. 用 `cargo new` 创建项目
2. 添加 `wasm-bindgen`
3. 创建一个简单的玩具语言编译器（Brainfuck 或类似）
4. 编译到 WASM
5. 创建静态网页前端

让我先创建项目，然后一步步实现。

我来帮你实际搭建一个 Rust + WASM 迷你编译器静态网页。

todo

搭建 Rust + WASM 迷你编译器项目

1. 用 cargo new 创建 Rust 项目
2. 添加 wasm-bindgen 依赖
3. 编写玩具语言编译器（Brainfuck 或简单 Lisp 子集）
4. 编译到 WASM
5. 创建静态网页前端
6. 配置 nginx 部署


Created #3: 搭建 Rust + WASM 迷你编译器项目 (pending)

搭建 Rust + WASM 迷你编译器项目

创建 C/C++ WASM 编译器网页

构建一个离线可用的 C/C++ 编译器网页，使用 WASM 技术。需要先寻找现成的 clang.wasm 或类似方案，然后创建前端页面和 nginx 配置。

创建 Rust WASM 离线编译器

寻找现成的 Rust 编译器 WASM 项目，下载并配置为离线静态网页

汇报 Rust 编译器搜索结果并等待用户决策

搭建 Rust + WASM 迷你编译器项目


2. 用 `wasm-pack build --target web` 编译。