Thanks, I know about transients, but I'm already using mutable arrays for
speed :-)
On Apr 13, 2012 8:01 PM, "Robert Marianski" wrote:
>
> If the jvm does have enough memory, you may want to try building up the
> map using a transient.
>
> And not sure if this is faster, (maybe it's slower), but y
If the jvm does have enough memory, you may want to try building up the
map using a transient.
And not sure if this is faster, (maybe it's slower), but you can spell the
function you pass to reduce more succinctly:
(fn [G [v1 v2]] (update-in G [v1] (fnil conj []) v2))
Robert
On Thu, Apr 12, 201
Excellent! Thank you, that did the trick!
2012/4/13 bOR_
> I have this option in my project.clj file, which does the trick if you are
> developing from emacs+swank+clojure-jack-in, and using large networks
>
> :jvm-opts ["-Xmx4000m"]
>
> And yes, one of the things to do when working with the j
I have this option in my project.clj file, which does the trick if you are
developing from emacs+swank+clojure-jack-in, and using large networks
:jvm-opts ["-Xmx4000m"]
And yes, one of the things to do when working with the jvm is learning how
to use jconsole or visualvm to see why your progr
Thanks,
having a C++ background, there is definitely a lot to learn about the JVM.
I'm wrote a script in Python that ran in about 10-12s and used up to 320MB
of memory.
I'm running a clojure repl from Emacs via jack-in.
What's the best way to adjust the heap size? swank-clojure and clojure-mode
Yeah, sounds like it could definitely be a memory issue. This is one
part where the JVM works a lot differently than I expected coming from
a python background.
Everybody may already know this, but the JVM only takes 64mb for the
heap by default. You'll get an out of memory error if your program
u
How much memory do Python & Go consume when you do this? Are you giving the
JVM enough memory?
On Thu, Apr 12, 2012 at 6:17 PM, László Török wrote:
> Hi,
>
> I'm trying figure out how to load a huge file that contains some 800k pair
> of integers (two integers per line) which represent edges of
