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date in -help authored by Frédéric Bapst's avatar Frédéric Bapst
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...@@ -500,7 +500,7 @@ Here is the full manpage-like description of COJAC, as produced by the help argu ...@@ -500,7 +500,7 @@ Here is the full manpage-like description of COJAC, as produced by the help argu
``` ```
usage: java -javaagent:cojac.jar="[OPTIONS]" YourApp [appArgs] usage: java -javaagent:cojac.jar="[OPTIONS]" YourApp [appArgs]
(version 1.4 - 2015 Sep 22) (version 1.4 - 2015 Oct 21)
Two nice tools to enrich Java arithmetic capabilities, on-the-fly: Two nice tools to enrich Java arithmetic capabilities, on-the-fly:
- Numerical Problem Sniffer: detects and signals arithmetic poisons like integer - Numerical Problem Sniffer: detects and signals arithmetic poisons like integer
...@@ -578,7 +578,7 @@ The sniffer part of COJAC is rather stable. Here are some limitations: ...@@ -578,7 +578,7 @@ The sniffer part of COJAC is rather stable. Here are some limitations:
`System.out.println(3*Integer.MAX_VALUE);` does not log the overflow! `System.out.println(3*Integer.MAX_VALUE);` does not log the overflow!
* The tool targets the JVM only. We focus on Java, but it might be interesting * The tool targets the JVM only. We focus on Java, but it might be interesting
to try it on other JVM-equiped languages (Scala, Jython...). By the way, if to try it on other JVM-equipped languages (Scala, Jython...). By the way, if
you dream of a numerical sniffer not limited to the Java world, have a look at you dream of a numerical sniffer not limited to the Java world, have a look at
[cojac-grind](https://github.com/frederic-bapst/cojac-grind)... [cojac-grind](https://github.com/frederic-bapst/cojac-grind)...
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