GitHub - jdstmporter/Distributed-Haskell: Applications of CloudHaskell to distributed computing, especially MapReduce
SIMPLE CLOUDHASKELL STORAGE SERVICE =================================== This code is distributed under the terms of the GPL, so use it, change it, etc but please acknowledge its origin. Installation ============ (1) Download CloudHaskell from git://github.com/jepst/CloudHaskell.git (2) Install it with 'cabal install' in its top level directory (3) Download the storage server code from git://github
Distributed storage in Haskell
As a part of my general programme of developing a distributed monadic MapReduce implementation in Haskell (as described here), I have been working slowly on the distributed infrastructure required to do this, using CloudHaskell. I have now succeeded in producing a very general proof-of-concept for distributed storage. This introduces some interesting challenges, as we want the type of the data h
A datastore is a monad transformer
In the paper attached to my last post, I proved that any data store is a monad. Then I proved that if the data was a monoid (so it has a zero and addition) then the store is a monoid too. And then I asserted that if the data is a monad, then so is the store. And said I wasn’t going to prove it. Well, it didn’t fit in that paper, but I thought it was worth writing down. So, without further ado,
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GitHub - roman-smrz/swapper: Transparently swapping data from in-memory structures to disk
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