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mmhaskell.com | ||
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pbrisbin.com
In Haskell, functions must always return the same consistent type. There is also no concept of nil or null built into the language. This is not meant to handicap you, and the expressiveness and polymorphic-ness of Haskell's types mean it certainly does not. One way to handle such situations where functions (conceptually) may or may not return a value is through the Maybe type. data Maybe a = Just a | Nothing Maybe is a perfect and simple solution for this situation. |
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kndrck.co
Prelude State monads, introduced to me during the data61 functional programming course was one of my most memorable encounter with a monad. This was mainly because things only started to clicked and made a tiny bit of sense after a couple of weeks of frustration. This article is my attempt to explain the underlying mechanics of the State Monad to try and relief the frustration of whomever who was in my position. |
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blog.ploeh.dk
A monad is a common abstraction. While typically associated with Haskell, monads also exist in C# and other languages. |
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www.cesarsotovalero.net
GenAI systems are becoming more and more capable of performing complex cognitive tasks that were once thought to be uniquely human. In particular, LLMs are proven to be very good at writing code. With all the buzz around GenAI replacing software engineers, are our jobs really at risk? In this article, I dive deep into AI's current capabilities and how they stack up against the demands of real-world software development. I discuss the actual potential of GenAI to assist in common development activities, and where it still falls short when it comes to creative problem solving and human intuition. |
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