I will be interested in getting details about the experiments of Ryan Hunt about DOM performances.
I am currently developing a WASI runtime for exaequOS and Woua programming language that will target WASI and will have access to DOM through a virtual/dev/dom driver.
Maybe with plugins. The WebAssembly way is cross platform. You would be very surprised with the performances of WebAssembly. I have built a Fibonacci test program in Rust that runs faster when built to Wasi than the native target on my MacBook
It allows, for example, to create bindings as I did for raylib graphics library. exaequOS can run any program that can be built to WebAssembly It will soon support WASI p1 and p2. So many programming languages will be possible for creating programs targeting exaequOS
I am building a WebAssembly WASI runtime for exaequOS (https://exaequos.com), an OS fully running in the Web browser. It will support WASI 0.1 and 0.2. Basic implementation can be tested by running ‘wex’ in the terminal
I have built Fibonacci wasm wasi executable for Rust. When I execute it in https://exaequos.com (with wex runtime under development), it is faster than the native app on my MacBook
ed is the first program I put in exaequOS (https://exaequos.com), an OS fully running in the Web browser. For testing ed, you can open a terminal and type 'ed'
I am currently developing a WASI runtime for exaequOS and Woua programming language that will target WASI and will have access to DOM through a virtual/dev/dom driver.
wex —dir /dev /usr/tests/woua/dom_demo.wasm