package binaryen
Install
Dune Dependency
Authors
Maintainers
Sources
md5=707a45c3e7ede218c378c4d799a186d6
sha512=beeaecc743c9ec31ef9c75b47e9141e53cd1122ee929ee11bb7ae7f3f2315dc1b544bac9e49539e8640742e2e1f7e4d11bf88e0c7ce0cd0d03ba33eb82a4d770
doc/README.html
Binaryen.ml
OCaml bindings for Binaryen.
Binaryen is a compiler and toolchain infrastructure for WebAssembly. It makes compilation to WebAssembly pretty darn easy.
Here's Binaryen's hello world test in OCaml form:
open Binaryen
let wasm_mod = Module.create ()
(* Create function type for i32 (i32, i32) *)
let params = Type.create [| Type.int32; Type.int32 |]
let results = Type.int32
(* Get arguments 0 and 1, add them *)
let x = Expression.local_get wasm_mod 0 Type.int32
let y = Expression.local_get wasm_mod 1 Type.int32
let add = Expression.binary wasm_mod Op.add_int32 x y
(* Create the add function *)
(* Note: no additional local variables *)
let adder = Function.add_function wasm_mod "adder" params results [||] add
let _ = Module.print wasm_mod
let _ = Module.dispose wasm_mod
Feature Parity
This project aims to provide full feature parity with the Binaryen C API. It's fairly complete, but a few things still need bindings:
- SIMD instructions
- Events
- Atomics
- Query operations on expressions
- Query operations on functions
None of these are particularly challenging to create bindings for—they just haven't been written yet. If you need anything that's missing, feel free to open a PR.
Contributing
After cloning the repository, be sure to initialize the Binaryen submodule:
git submodule update --init
You'll need Node.js and esy
to build this project, as well as cmake
to build Binaryen.
dune
will take care of building Binaryen and compiling the C stubs, so to build the project you'll only need to run:
esy
This will take a while. Once it's done, you can run the tests:
esy test