How about using the clojure sequence functions?
(require '[clojure.contrib.seq-utils :as seq-utils])
(defn last-index-of [c string]
(first (seq-utils/find-first (fn [[_ a]] (= a c)) (reverse
(seq-utils/indexed string)
P.S. Jong Won, how are you liking Clojure? I've met you in Parramatta
and
How about using the clojure sequence functions?
(require '[clojure.contrib.seq-utils :as seq-utils])
(defn last-index-of [c string]
(first (seq-utils/find-first (fn [[_ a]] (= a c)) (reverse
(seq-utils/indexed string)
P.S. Jong Won, how are you liking Clojure? I've met you in Parramatta
and
The Clojure gh-pages branch contains the API docs, but as far as I can tell
it doesn't contain the stuff found on clojure.org.
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Note that
Hi,
Yes, Phil Bagwell presented that at the Conj.
I'm really interested in this stuff, so as an exercise in Clojure, I've started
thinking about how to implement it. At first I'll try and do it without looking
at Scala - if I get stuck I might peek a bit :)
If you're interested, I'll put it
By the way, I don''t see it as a replacement for PersistentVector, but
rather as an additional data structure, that could perhaps be put
somewhere in contrib if it turns out well.
/Karl
On Nov 13, 9:54 am, Karl Krukow karl.kru...@gmail.com wrote:
Hi,
Yes, Phil Bagwell presented that at the
Here is a slight modification of the previous program that can be
executed in two directions:
N = [40]
A = range(1,40)
B = range(1,40)
C = range(1,40)
D = range(1,40)
def valid(a,b,c,d,n):
weights = set(w*a+x*b+y*c+z*d for w in [-1,0,1]
for x in [-1,0,1]
So, if one stays in the imperative world, why not just the generic problem
instead of the specific one ?
This clojure solution can solve the problem for any N (total weight) and
any M (any number of parts the stone can be spit into):
https://gist.github.com/1332020
The implementation is a bit
On Sun, Nov 13, 2011 at 10:46 AM, Jules julesjac...@gmail.com wrote:
Here is a slight modification of the previous program that can be
executed in two directions:
N = [40]
A = range(1,40)
B = range(1,40)
C = range(1,40)
D = range(1,40)
def valid(a,b,c,d,n):
weights =
This would be awesome. From his talk it sounds like it shouldn't replace
PersistentVector at all, in fact you should be able to share structure with
PersistentVector right?
David
On Sun, Nov 13, 2011 at 10:02 AM, Krukow karl.kru...@gmail.com wrote:
By the way, I don''t see it as a replacement
On 13/11/2011, at 18.14, David Nolen wrote:
This would be awesome. From his talk it sounds like it shouldn't replace
PersistentVector at all, in fact you should be able to share structure with
PersistentVector right?
David
Yes, I think so. If I understand correctly, one cool thing is
You should definitely look at gvec.clj. It's a PersistentVector
implementation in Clojure but for the various primitive types.
David
On Sun, Nov 13, 2011 at 12:38 PM, Karl Krukow karl.kru...@gmail.com wrote:
On 13/11/2011, at 18.14, David Nolen wrote:
This would be awesome. From his talk it
On Sunday, November 13, 2011 at 7:18 AM, Lars Rune Nøstdal wrote:
The Clojure gh-pages branch contains the API docs, but as far as I can tell
it doesn't contain the stuff found on clojure.org (http://clojure.org).
That's how it appears to me also. It is the contents of
Yeah, I found that one. I'll still go for the Java implementation to start with
(also makes it easier to put in clj-ds). Then gvec as a starting point for a
Clojure version (if I ever get there :). One thing I was wondering about: there
would be quite a bit of code I could reuse verbatim from
I was trying to write a simple script attribute definition for
shibboleth as in:
https://wiki.shibboleth.net/confluence/display/SHIB2/ResolverScriptAttributeDefinition
with the help of clojure-jsr223.
I included both clojure.jar and clojure-jsr223.jar in classpath and
voila my script in
Hey Everyone,
It might me a mad idea but I've been trying to tunnel out to my
database server from Heroku, I've written some code that works locally
but I can't get it running on Heroku. Another problem is that even
locally the connection seems to time out after a while, I'm trying to
keep it
Andreas, how're you doing? Frankly my impression of Clojure is just
like this posting.
You know usually with Common Lisp my common sense works - it provides
more than I expect. With Clojure I have to double check because my
expectation is more than Clojure provides, mostly.
And it ends up being
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