jbytecode is a Java bytecode disassembler/assembler written in Python. Dissasembly code is aligned with Java bytecodes in the class file so modification and re-assembly is always possible, even when class is obfuscated.
Release Date:
Topic:
Operating System:
License:
Intended Audience:
User Interface:
Programming Language:
Registered:
Ratings and Reviews
Be the first to post a text review of jbytecode. Rate and review a project by clicking thumbs up or thumbs down in the right column.
Project Feed
-
File released: /jbytecode/jbytecode 0.4/jbytecode_0.4.zip
-
jbytecode jbytecode 0.4 file released: jbytecode_0.4.zip
Changes: 2006-07-16: jbytecode 0.4 ========================= Code refactoring. 2006-02-06: jbytecode 0.3 ========================= Bux fixing. Some verification done. 2006-02-01: jbytecode 0.2 ========================= Rewritten using classes. 2006-01-31: jbytecode 0.1 ========================= First release.
-
File released: /jbytecode/jbytecode 0.3/jbytecode_0.3.zip
-
jbytecode jbytecode 0.3 file released: jbytecode_0.3.zip
2006-02-06: jbytecode 0.3 ========================= Bux fixing. Some verification done. 2006-02-01: jbytecode 0.2 ========================= Rewritten using classes. 2006-01-31: jbytecode 0.1 ========================= First release.
-
File released: /jbytecode/jbytecode 0.2/jbytecode_0.2.zip
-
jbytecode jbytecode 0.2 file released: jbytecode_0.2.zip
2006-02-01: jbytecode 0.2 ========================= Rewritten using classes. 2006-01-31: jbytecode 0.1 ========================= First release.
-
File released: /jbytecode/jbytecode 0.1/jbytecode_0.1.zip
-
Code committed
-
Project Information Updated
-
Forum thread added
Anonymous created the Welcome to Developers forum thread
Rate and Review
Be the first person to add a text review.
Related Projects
-
Migale Eraser
Migale eraser is a software permitting to erase safely any file or folder from your hard drive so that no recovery will be possible, even when using forensic tools.
-
-
2D-Structural Analysis of Beams
MATLAB code to carry out the Structural Analysis of a 2-D continuous beam. Output includes Member end actions, restrained end reactions, deflection/rotation of free ends and support settling and/or support yielding can also be taken into account.
jbytecode Actions
About SourceForge
Develop Software
Community
Copyright © 2009 Geeknet, Inc. All rights reserved. Terms of Use
