My Functional Programming journey was filled with dead ends, false starts, failed attempts and frustration. And I suspect that I’m not alone in this struggle. So why is this a common problem…
Learn more about how the Rust programming language shares many of the advantages offered by Haskell such as a strong type system, great tooling, polymorphism, immutability, concurrency, and great software testing methodologies. Rust is a good choice when you need to squeeze in extra performance.
Historically, I’ve struggled to find a concise, simple way to explain what it means to practice type-driven design. Too often, when someone asks me “How did you come up with this approach?” I find I can’t give them a satisfying answer. ...
I’ve written this article series, to help you get a good sense of how production Haskell is written at a company like Klarna and what to avoid along the road.
This guide will use JavaScript instead of a pure functional programming language (e.g. Haskell) to make things more approachable for developers accustomed to imperative languages. It will, however, assume you have basic knowledge of functional programming, including currying and lambdas.
The 2018 Haskell User Survey shows very high satisfaction with Haskell’s security, quality, reliability, maintainability, and advanced capabilities, writes FP Complete’s CEO Aaron Contorer. InfoQ has taken the chance to speak with him about Haskell’s current and future landscape.
Reflex FRP is a composable, cross-platform functional reactive programming framework for Haskell. It allows you to build interactive components in pure functional style, working in harmony with established Haskell techniques and improving the quality and elegance of your applications.
Reflex FRP is a composable, cross-platform functional reactive programming framework for Haskell. It allows you to build interactive components in pure functional style, working in harmony with established Haskell techniques and improving the quality and elegance of your applications.
A full stack, reactive architecture for general purpose programming. Algebraic and monadically composable primitives for concurrency, parallelism, event handling, transactions, multithreading, Web, and distributed computing with complete de-inversion of control (No callbacks, no blocking, pure state)