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Programming Languages

The most popular blog posts about programming languages on Hacker News. 92 posts.

2025
33

Unison 1.0

After years of engineering, design, and community collaboration, we're excited to release Unison 1.0. This version delivers a refined programming workflow and a mature toolchain. Join us as we celebrate this milestone and look ahead to the future of Unison.

39

Obvious things C should do

Standard C undergoes regular improvements, now at C23. But there are baffling things that have not been fixed at all. The Dlang community embedded a C compiler in the D programming language compiler so it could compile C. This C compiler (aka ImportC ) was built from scratch. It provided the opportunity to use modern…

48

JEP draft: Prepare to make final mean final

Issue warnings about uses of deep reflection to mutate final fields. These warnings aim to prepare developers for a future release that ensures integrity by default by restricting final field mutation, which will make Java programs safer and potentially faster. Application developers can avoid both current warnings…

49

Java Hello World, LLVM Edition

After exploring Java bytecode in previous years (2022, 2023, 2024), this year we’ll take an unexpected detour for a Java advent: instead of generating Java bytecode, we’ll use Java to build and execute LLVM IR, the intermediate language behind compilers like clang. Using Java’s Foreign Function & Memory (FFM) API…

55

Evolving Scala

There is always ongoing discussion about the future direction of the Scala language. How fast should it move? What needs to be improved? Should the language change at all? This article discusses how Scala must keep evolving , why that evolution is necessary, and what directions we expect that evolution to take. We…

57

Swiftly 1.0

Today we’re delighted to introduce the first stable release of swiftly, a Swift version manager that takes the pain out of installing, managing and updating your Swift toolchain.

59

Pitfalls of Safe Rust

When people say Rust is a “safe language”, they often mean memory safety. And while memory safety is a great start, it’s far from all it takes to build robust applications. Memory safety is necessary but not sufficient for overall reliability. In thi…