Scanmem is a simple interactive debugging utility for linux, used to locate the address of a variable in an executing process. This can be used for the analysis or modification of a hostile process on a compromised machine, reverse engineering, or as a "pokefinder" to cheat at video games.

Since version 0.8, scanmem includes a GUI called GameConqueror. But the GUI is not provided on SUSE distributions due to security reasons (requires pkexec, contains most bugs).

Scanmem is a simple interactive debugging utility for Linux, used to locate the address of a variable in an executing process. This can be used for the analysis or modification of a hostile process on a compromised machine, reverse engineering, or as a "pokefinder" to cheat at video games.

Since version 0.08, scanmem includes a GUI called GameConqueror (GC) and since version 0.14 GC uses libscanmem as a better interface than parsing scanmem output. GC uses GTK3 with Python 2 or 3.

Upstream:
https://github.com/scanmem/scanmem

All pkexec stuff has to be approved by SUSE security team and they are against providing GameConqueror from devel:tools. Most bugs are in GC any way. But most users need a GUI. So I provide it here for you.

The ugtrain is an advanced free and universal game trainer for the command line under GPLv3 license. The dynamic memory support sets it apart. An integrated preloader, a memory discovery, and a memory hacking library are included for this. The ugtrain uses one simple config file per game which can be exchanged with others. Examples for games which allow cheating are included. These also come with automatic adaptation for dynamic memory so that you can use them right away on your system after executing it. Universal checks make this safe. There is support for ASLR/PIC/PIE, stack values, pointer following, and heap checks as well.

Bugs hit me on openSUSE. Maintainers can provide me patches, I can build packages from them, but until the Maintenance Update is released, quite some time can elapse. I want to have all temporary fix packages built and used by myself in one place.

I'm able to set arbitrary release numbers (usually suffix ".0.FIX.${BUGID}"). I have "ReleasePrg: get_release_number.sh" in the "Project Config". I only enable the publish flag after I'm done with developing a temporary fix. Then I disable it again. I get fixes from my repository with "zypper dup --allow-vendor-change -r fixes". This way the vendor changes to my home project and my fix packages are installed. :-)