[Haskell-cafe] Category theory as a design tool
arnaud.oqube at gmail.com
Wed Jun 22 09:06:02 CEST 2011
This paper has passed in my radar's field but I must confess that
although I think I grasped the idea, I was quickly lost in the
profusion of symbols and notations. I am no mathematician, only a
simple developer, although I am fascinated by several topics in
mathematics so my attention tend to drop sharply when confronted with
more or less complex proofs and layers of defintions and mappings.
But of course, this may be a requisite to get to something so I am
willing to pay some price, to the limit of my capabilities.
On Wed, Jun 22, 2011 at 8:17 AM, Sebastien Zany
<sebastien at chaoticresearch.com> wrote:
> Hi Arnaud,
> I'm not the best person to answer this question, and I'm not certain this
> constitutes an answer, but you might be interested in Conal Elliott's paper
> "Denotational design with type class morphisms" available
> at http://conal.net/papers/type-class-morphisms/.
> On Tue, Jun 21, 2011 at 11:30 PM, Arnaud Bailly <arnaud.oqube at gmail.com>
>> (2nd try, took my gloves off...)
>> Hello Café,
>> I have been fascinated by Cat. theory for quite a few years now, as
>> most people who get close to it I think.
>> I am a developer, working mostly in Java for my living and dabbling
>> with haskell and scala in my spare time and assuming the frustration
>> of having to live in an imperative word. More often than not, I find
>> myself trying to use constructs from FP in my code, mostly simple
>> closures and typical data types (eg. Maybe, Either...). I have read
>> with a lot of interest FPS (http://homepages.mcs.vuw.ac.nz/~tk/fps/)
>> which exposes a number of OO patterns inspired by FP.
>> Are there works/thesis/books/articles/blogs that try to use Cat.
>> theory explicitly as a tool/language for designing software (not as an
>> underlying formalisation or semantics)? Is the question even
>> Thanks in advance,
>> Haskell-Cafe mailing list
>> Haskell-Cafe at haskell.org
More information about the Haskell-Cafe