Guide Haskell development with Cabal, Nix, and type-driven design.
npx skills add https://github.com/mightybyte/haskell-skill --skill haskell-coder
Please help me install this Agent Skill. Skill: haskell-coder Source: https://github.com/mightybyte/haskell-skill/tree/main/haskell-coder Command: npx skills add https://github.com/mightybyte/haskell-skill --skill haskell-coder
This skill addresses the complexity of modern Haskell development by providing a standardized, type-driven, and pragmatic framework for building robust, production-ready applications.
Activate the haskell-coder skill to receive expert guidance on setting up a new project structure and configuring your cabal file for modern Haskell development.
High-intent search queries and answers about installing and using this skill.
Structure a Haskell project with Cabal and Nix by configuring your cabal file for modern development and using Nix for explicit dependency management. This approach ensures reproducible builds and standardized project setup.
Prevent space leaks in Haskell applications by using strict-by-default data types and applying actionable performance optimization strategies, including application profiling to identify and resolve memory usage issues.
Type-driven development in Haskell works by implementing patterns like phantom types, newtypes, and smart constructors to make illegal states unrepresentable. This approach ensures robust application architecture through compile-time guarantees.
Yes, you can use the ReaderT pattern for idiomatic error handling in Haskell. This modern best practice requires explicit dependency management and integrates well with essential libraries like mtl for structured effect management.
Yes, this approach supports the modern Haskell ecosystem by providing curated advice on using GHC extensions and essential libraries like lens, aeson, and mtl for production-ready applications. It ensures adherence to modern best practices.
You need explicit dependency management for Haskell development when setting up project structure with Cabal and Nix. This ensures a standardized, type-driven framework for building robust, production-ready applications.
motoki317Configure, build, test, and run Haskell projects with Cabal, Stack, or GHC.
kaynetikDiagnose Haskell performance and strictness issues using GHC profiling and Core inspection.
HermeticOrmusProvide functional LLM interfaces for Scala with ZIO and Cats Effect.
HermeticOrmusImplement type-safe tensor operations with compile-time shape verification in Haskell.
