Applications/Android Studio.app/Contents/plugins/java-decompiler/lib/java-decompiler.jar Second, we can find it in the plugins directory. You can find the decompier is Fernflower. I made another instruction clue step by step.įirst, open your studio and search.
#Intellij jar decompiler download#
If you don't have IntelliJ products installed, either download it now (available on ) or make your own decompiler executable from sources (available on Github). Java -cp fernflower.jar. -hdc=0 -dgs=1 -rsy=1 -lit=1. is the class that contains the main method to run the decompiler. However something like this works: java -cp fernflower.jar. + This JAR is not executable, so we can't run it using java -jar.
#Intellij jar decompiler zip#
Allowed file extensions are class, zip and jar.Įxample: java -jar fernflower.jar -hdc=0 -dgs=1 -rsy=1 -lit=1 c:\Temp\binary\ -e=c:\Java\rt.jar c:\Temp\source\īe aware that if you pass it a ".jar" file for the source, it will create another ".jar" file in the destination, however, within the new ".jar" file, the files will be. : file or directory with files to be decompiled. Or see an excerpt from the instructions below.
#Intellij jar decompiler code#
While the above argument doesn't apply when finding usages of methods/fields, it's still not allowed, most likely because the IDE analyzes the source code to find usages, instead of analyzing the bytecode (compiled code).Follow instructions for IntelliJ JD plugin. The only way that would allow to search in decompiled code (assuming you can't just download the code somewhere), would be to decompile it yourself (for example using the fernflower decompile, which is also used by intellij idea) and attach the decompiled source code. In such cases decompilers can do anything from throwing an exception, putting raw bytecode, to just putting goto statements in the java code to at least show what the code is doing. Sometimes the decompilation may be even impossible (for example bytecode with a lot of goto/conditional jump instructions that don't nicely translate into loop/conditional constructs). There is no "best" way to decompile given class. But most likely the problem with finding text in jar files with no source attached, is that the text representation depends on the decompiler.
![intellij jar decompiler intellij jar decompiler](https://img.appnee.com/appnee.com/Java-Decompiler-3.png)
Why is it impossible? I didn't write the IDE so I can't be sure why. So I guess that could be the "trick" you need to do.
![intellij jar decompiler intellij jar decompiler](https://image.3001.net/images/20190123/1548209689_5c47ce196b8cb.png)
The attached source can be code that you decompiled yourself, but IDE won't do it for you (but I think someone can write plugin that decompiles the whole library and attaches the decompiled source). The only way to search for anything in library code is to attach source.