In the first post I introduced some alternatives for F# programming. The title alludes at classic roleplaying games. Mattias Brandewinder has written a blog post series about writing DnD logic in F# that should be an interesting read in order to follow up on that lead.

In the first post I introduced some alternatives for f# programming. The title alludes at classic roleplaying games. Mattias Brandewinder has written a blog post series about writing DnD logic in f# that should be an interesting read in order to follow up on that lead.

There is a mature package management system in the Java world. Maven seems to be quite standard. I’ve made a sample project with Hibernate and Spring. One of the neat things I found out was that it’s quite easy to integrate OWASP checks. Following the guide to setup a simple way to be able to that your closed source system does not have any known vulnerabilities in dependencies.

There is a mature package management system in the Java world. Maven seems to be quite standard. I’ve made a sample project with Hibernate and Spring. One of the neat things I found out was that it’s quite easy to integrate OWASP checks. Following the guide to setup a simple way to be able to that your closed source system does not have any known vulnerabilities in dependencies.

There are some tools out there to decompile Java binaries. I’ve found that the easiest one to process an entire jar is Fernflow. In order to build you notice that it’s built using Gradle. Either install gradle or use existing shell wrappers to build the jar file. Once you have built the decompiler you might want to wrap it up with a shell wrapper and put the executable in your path next to the fernflower.jar: #!/usr/bin/env bash java -jar `dirname "${0}"`/fernflower.jar $@