I leave it to others to assess the tradeoffs, but: Anything that's done to
better support scientific computing has potential to pay off in the long run
with greater popularity for Clojure. Most, or many scientists work in
universities. Professors have students--lots of students, over time.
Unum is a number representation system that is a superset of IEEE integers
and IEEE floats which avoids many problems (especially in floating point
arithmetic) as it has no rounding, no overflow to infinity, no underflow to
zero, and is safe to parallelize.
I was wondering if anyone has
Just some early results on our builds show a roughly 30% decrease in compile
time when using cljsbuild auto. That helps a lot during development.
Awesome work as usual, thanks!
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If you are willing to entertain a slightly different interaction model,
you might want to take a look at the lentic package
https://github.com/phillord/lentic
Instead of Clojure snippets which you can pop out and edit, this gives
you two buffers, one entirely valid clojure (which syntax
I released a new version of core.memoize today (0.5.8) with a fix for
CMEMOIZE-21, which was a race condition in the internal delay
implementation.
There was a core.memoize release (0.5.7) way back in January that bumped
the core.cache dependency (that had the long-standing reflection warning)
java.classpath — utilities to examine the Java classpath from Clojure
programs.
https://github.com/clojure/java.classpath
Release 0.2.3.
Leiningen dependency: [org.clojure/java.classpath "0.2.3"]
This is a bugfix release. Changes:
- Fix CLASSPATH-7
ClojureScript, the Clojure compiler that emits JavaScript source code.
README and source code: https://github.com/clojure/clojurescript
Leiningen dependency information:
[org.clojure/clojurescript "1.7.170"]
This release includes a major refactor of the build pipeline thanks to
Juho
