TL;DR: I explain how I improved the performance of an interpreter for WebAssembly written in Haskell by plucking some low-hanging fruit. Background Motivated by my work at the DFINITY Foundation, I was looking into interpreters for WebAssembly written in Haskell, and found my colleague John Wiegley’s winter: A straight-forward port of the WebAssembly reference interpreter, written in Ocaml by Andr
Today we announce the formation of the Bytecode Alliance, a new industry partnership coming together to forge WebAssembly’s outside-the-browser future by collaborating on implementing standards and proposing new ones. Our founding members are Mozilla, Fastly, Intel, and Red Hat, and we’re looking forward to welcoming many more. We have a vision of a WebAssembly ecosystem that is secure by default,
A programming language’s solution to error handling significantly influences the robustness, brevity, readability and – to an extent – the runtime performance of your code. Consequently, the error handling story is an important part of PL design. So it should not come as a surprise that the Rust community constantly discusses this topic. Given some recent discussions and the emergence of more and
use lopdf::dictionary; use lopdf::{Document, Object, Stream}; use lopdf::content::{Content, Operation}; // with_version specifes the PDF version this document complies with. let mut doc = Document::with_version("1.5"); // Object IDs are used for cross referencing in PDF documents. `lopdf` helps keep track of them // for us. They are simple integers. // Calls to `doc.new_object_id` and `doc.add_obj
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