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🔄Scarf Shifts New Development From Haskell to Python

Haskell's slow tooling turns Scarf towards Python

TL;DR

Scarf, known for its Haskell-based software, is moving new development to Python due to Haskell's slow adoption of AI and long compilation times. The shift promises faster feedback loops in agentic-led development.

Scarf, a platform built on Haskell, has pivoted to develop new features in Python. This move comes as the founder argues that Haskell’s tooling and ecosystem are not keeping pace with AI-assisted development needs. Haskell ranks at No. 46 in the TIOBE index, indicating its limited popularity compared to more mainstream languages like Python. The shift is driven by Haskell's long compilation times which become impractical when running multiple coding agents simultaneously. Using Python has immediately improved Scarf’s production team workflows and enabled faster bug fixes with AI integration.

Scarf Shifts New Development From Haskell to Python — theregister

Key Points

1

Haskell ranks No. 46 on TIOBE index with less than half a percent rating

2

New Scarf API routes are being developed in Python instead of Haskell

3

AI can fix bugs 'before I get off the call' according to Scarf's founder

4

Scarf’s move sparks debate over Haskell's future in AI-driven development

5

Haskell community discusses whether optimizing compilers is better than switching languages

Why It Matters

If you're working on agentic-led projects, Haskell's long compilation times and lack of AI-friendly tooling could slow down your workflow. Scarf’s shift to Python shows that faster feedback loops are crucial for modern development practices. However, smaller teams still benefit from Haskell’s robust type system and mathematical underpinnings.

HaskellPythonAIScarf

Frequently Asked Questions

Why does this matter?

If you're working on agentic-led projects, Haskell's long compilation times and lack of AI-friendly tooling could slow down your workflow. Scarf’s shift to Python shows that faster feedback loops are crucial for modern development practices. However, smaller teams still benefit from Haskell’s robust type system and mathematical underpinnings.

What happened?

Scarf, known for its Haskell-based software, is moving new development to Python due to Haskell's slow adoption of AI and long compilation times. The shift promises faster feedback loops in agentic-led development.

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