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On Wed, Feb 24, 2016 at 06:32:12PM -0500, dsm...@roadrunner.com wrote:
[representing rationals]
> This https://mitpress.mit.edu/sicp/full-text/book/book-Z-H-14.html might be
> enlightening
Yes. "Structure and Interpretation of Computer Programs
On 24. Februar 2016 22:27:45 GMT+00:00, Lawrence Bottorff
wrote:
>With guile (and a few other Schemes/Lisps) you can directly add
>fractions
>or rational numbers:
>
>(+ 1/2 1/12)
>=> 7/12
>
>It's like magic, no? Anyway, I'm trying -- for educational purposes --
>to
>reproduce this functionality.
Hi,
I'm a guile noob. To get my hands dirty I've made an attempt at setting up
continuous integration testing for Andy Wingo's zeromq bindings. The code
is in the following repo:
https://github.com/d-meiser/guile-zeromq-3
and I wrote a few words about it here:
http://d-meiser.github.io/2016/02/
Lawrence Bottorff wrote:
> With guile (and a few other Schemes/Lisps) you can directly add fractions
> or rational numbers:
>
> (+ 1/2 1/12)
> => 7/12
>
> It's like magic, no? Anyway, I'm trying -- for educational purposes -- to
> reproduce this functionality. But right out of the blocks
With guile (and a few other Schemes/Lisps) you can directly add fractions
or rational numbers:
(+ 1/2 1/12)
=> 7/12
It's like magic, no? Anyway, I'm trying -- for educational purposes -- to
reproduce this functionality. But right out of the blocks I'm stuck trying
to figure out how to handle inco
Christopher Allan Webber writes:
> Aleix Conchillo Flaqué writes:
>
>> I am happy to announce a new minor guile-json release 0.5.0. This
>> release allows converting simple alists to json. Thanks to Jan
>> Nieuwenhuizen!
Yay!
> BTW, how do you differentiate between these two cases?
>
> {"a": [
Aleix Conchillo Flaqué writes:
> Hi,
>
> I am happy to announce a new minor guile-json release 0.5.0. This
> release allows converting simple alists to json. Thanks to Jan
> Nieuwenhuizen!
>
> For example:
>
> scheme@(json)> (scm->json-string '((a . 1) (b . 2)))
> $2 = "{\"a\" : 1,\"b\" :
Eric Bavier skribis:
[...]
>> > My interest in Joy came from a search to find a small language whose
>> > minimal base could be implemented as an easily-audited assembly
>> > interpreter, but which has higher-level language capabilities.
>>
>> Interesting. Was this in the context of destroy b
