Insn is a data-oriented API to the ASM <http://asm.ow2.org/> JVM bytecode
generation library. It also provides additional utilities like generating
Clojure fns built from bytecode.
Much more information is available at the github page:
https://github.com/jgpc42/insn
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While I'm not as familiar with the CLR and its bytecode syntax, from what I
can tell from the README, mage and insn seem to have similar goals and
ideas.
I'll attempt to summarize the differences that I could find, if the mage
author *nasser* is available I would appreciate his or her input.
M
That would be possible. If I understand your meaning, something like:
(require '[insn.core :as insn])
(defn make-pojos [cname m]
(let [[fields subs] (partition-by (comp map? second) m)
const-type #(if (string? %) String :int)]
(doseq [[sname sm] subs]
(make-pojos (str cname \$
/msdn.microsoft.com/en-us/library/system.reflection.emit.ilgenerator.declarelocal(v=vs.110).aspx>
.
Mage will automatically flatten nested bytecode sequences.
>
I recently converted one of my projects from emitting via insn.op
<https://github.com/jgpc42/insn/wiki/Interface-Implementatio
A data-oriented API to JMH
<http://openjdk.java.net/projects/code-tools/jmh/>, the Java Microbenchmark
Harness.
Much more information is available at the github page:
https://github.com/jgpc42/jmh-clojure
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Insn (github link <https://github.com/jgpc42/insn>) provides a
data-oriented abstraction over the ASM <http://asm.ow2.org/> bytecode
generation library. The same library that Clojure uses to emit Clojure code.
Some of the new features since 0.1.0:
- Nested opcode sequences (Like
This library (github link <https://github.com/jgpc42/jmh-clojure>) provides
a data-oriented API to JMH, the Java Microbenchmark Harness.
Some of the new features since 0.1.0:
External profiler support. Wiki example
<https://github.com/jgpc42/jmh-clojure/wiki/JMH-Profilers#external-
Insn (github link <https://github.com/jgpc42/insn>) provides a
data-oriented abstraction over the ASM <http://asm.ow2.io/> bytecode
generation library. The same library that Clojure uses to emit Clojure code.
Some of the new features since 0.2.0:
- JVM version 9 bytecode suppor
Insn (github link <https://github.com/jgpc42/insn>) provides a
data-oriented abstraction over the ASM <http://asm.ow2.io/> bytecode
generation library, the same library that Clojure uses for bytecode
emission.
Some of the new features since 0.3.0:
- Constant Dynamic suppo
