Is there a no-fuss serialization method for Haskell, similar to Erlang\'s term_to_binary/binary_to_term calls? Data.Binary seems unnecessarily complicated开发者_如何学JAVA and raw. See this example wh
Continuing quest to make sense of ContT and friends. Please consider the (absurd but illustrative) code below:
What is pattern matching in Haskell and how is it related to guarded equations? I\'ve tried looking for a simple explanation, but I haven\'t found one.
As part of learning Haskell, I am trying to implement my own version of various functions associated with Lists. Right now I am stuck on the init function. init function in Haskell returns all the ele
This code: import Data.Char (digitToInt) myInt :: String -> Int myInt [] = error \"bad input: empty string\"
Basically I have defined a Tree data type which is defined as follows: data Tree a = Empty Leaf a Node (Tree a) a (Tree a)
I\'m working on a project for analyzing Haskell code.I decided to use GHC to parse the source and infer types rather than write my own code to do that.Right now, I\'m slogging through the Haddock docs
I have a function that returns type ErrorT String IO (). While the function works, liftIO\'s litter every line that does IO. It makes for a开发者_开发技巧 mess. Is there any way to get around this and
I am looking for a mutable (balanced) tree/map/hash table in Haskell or a way how to simulate it inside a function. I.e. when I call the same function several times, the structure is preserved. So far
I have a monadic function getRate: getRate :: String -> 开发者_运维问答IO Double I\'d like to map this function over a list of String\'s.Normally, I would just do:
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