(sorry for the self-followup; the unifier uses immutable hashes; grep
suggests the other hashes that get used a lot are mutable hashes)
On Thu, Aug 22, 2019 at 9:33 AM Robby Findler wrote:
>
> It looks like the pattern unifier uses hashes. I'm not sure if it they
> would end up being good benchma
It looks like the pattern unifier uses hashes. I'm not sure if it they
would end up being good benchmarks (probably best to try to instrument
the hashes to see if they actually get used a lot or not) but there
are redex benchmarks that measure how long it takes to find specific
bugs and one of the
Thanks Ben! - Jon
On Wed, Aug 21, 2019 at 10:04 PM Ben Greenman
wrote:
>
> A few of the GTP benchmarks [1] use immutable hashes. Here's a link
> with the ones that look most interesting:
>
> http://ccs.neu.edu/home/types/tmp/gtp-hash.tar.gz
>
>
> And here's a small (untyped) program that uses cod
A few of the GTP benchmarks [1] use immutable hashes. Here's a link
with the ones that look most interesting:
http://ccs.neu.edu/home/types/tmp/gtp-hash.tar.gz
And here's a small (untyped) program that uses code from the tr-pfds
library to make a trie:
http://ccs.neu.edu/home/types/tmp/trie.tar
Hello Racketeers,
I'm looking for examples of code that would make good benchmarks for
evaluating the performance of immutable hashes.
Some background:
Immutable hashes used to be implemented in Racket as red-black trees.
That was changed to hash array mapped tries (HAMTs) a number of years
back.
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