Why Haskell? (gtf.io)

Article summary

The article discusses the benefits of using Haskell as a programming language, including its strong type system, functional programming paradigm, and ability to reduce errors. The author argues that Haskell is a great choice for building robust software and can be more productive and fun to use than other languages. However, the article also acknowledges that Haskell's ecosystem and tooling are not yet on par with other mainstream languages. The author shares their personal experience of using Haskell in a team and highlights its advantages in building real-world applications.

Main themes

• Haskell benefits
• Functional programming
• Type systems
• Ecosystem and tooling
• Language comparison
• Productivity and fun

What commenters say

• Haskell's tooling and ecosystem are still inferior to those of other mainstream languages, which can hinder adoption and productivity.
• The Haskell language itself is well-designed and provides many benefits, but its surrounding ecosystem and tooling need improvement.
• Other functional programming languages, such as F# and Scala, have better tooling and ecosystems, making them more attractive options for some developers.
• The complexity of Haskell's type system and functional programming paradigm can be a barrier to entry for new developers, but also provide significant benefits for experienced developers.
• Some developers argue that Haskell's strengths, such as its strong type system and functional programming paradigm, outweigh its weaknesses, making it a great choice for building robust software.
• The comparison between Haskell and other languages, such as Scala and F#, is not always straightforward, and different developers have different opinions on which language is superior.
• Haskell's academic-heavy ecosystem can make it difficult for industrial code to be developed and maintained, which can limit its adoption in certain industries.
• Some developers believe that Haskell has missed its window of opportunity and that other languages, such as Koka, may be more promising for future development.