π’ Announcing streamly 0.9.0! π
Streamly, the powerful streaming library for Haskell, has just released version 0.9.0, packed with exciting new features and improvements. With Haskell's strong type safety and C-program-like performance capabilities, streamly continues to provide a seamless and efficient development experience.
Here's what you can expect from streamly 0.9.0:
π Monomorphic Stream Type: In this release, we have introduced a monomorphic Stream
type, replacing the polymorphic IsStream t
type. This change enhances code clarity and simplifies usage.
β‘ Performance Improvements: We have removed the reliance on GHC rewrite rules, allowing for more power and transparency in the performance behavior. Now, as a programmer, you have greater control and visibility over performance-related aspects.
π§± Flexible Building Blocks: Streamly remains committed to providing flexible and modular building blocks for your applications. The library embraces idiomatic functional programming, empowering you to write elegant and maintainable code.
π Declarative Concurrency: Seamlessly execute parallel code with the fearless, declarative concurrency support offered by streamly. Take advantage of the explicit concurrent combinators with appropriate concurrency parameters for enhanced control and efficiency.
πΌ Ecosystem Libraries: To further streamline your development process, streamly comes bundled with a collection of ecosystem libraries. These libraries are designed to complement streamly, enabling fast and efficient development.
To make the transition smooth for our users, we have provided a comprehensive upgrading guide in the documentation. Please refer to the Upgrading Guide for detailed instructions on migrating from streamly 0.8.0 to 0.9.0.
Upgrade to streamly 0.9.0 today and unlock the full potential of streaming and concurrent programming in Haskell. Experience the performance, flexibility, and elegance that streamly brings to your projects.
Happy streaming with streamly! πͺ
#Haskell #Streamly #FunctionalProgramming #Concurrency
The following was the input: