Spacewalk has its custom client stack. Salt stack provides a big bunch of it, but it is a popular community project and add other features on top:

I want to learn Rust and improve my cryptography skills, so I'll be solving the matasano crypto challenges in Rust. The source code for the challenges I had time to finish is on my github

Adding additional features to the YaST "Security Center and Hardening" module. -> procfs: add hidepid= and gid= mount options

The kdumpid tool can be used to determine the kernel version from a crash dump. Some useful features are missing: - support for new compression methods (lzo, snappy)

Intro

In order to be able to throw pies faster and distribute them even to remote SUSE colonies, we need to build an advanced antimatter-fueled pie hyper-accelerator.

Sonic Pi is a live-coded software synthesiser for teaching computing via music. It originates on the Raspberry Pi but should be on mainstream Linux too. This project is to clean it up by removing Raspbian hacks, package it and its dependencies and get it running nicely on openSUSE. Sonic Pi uses Ruby to control the synthesiser, and the frontend is written in Qt.

KDE Frameworks 5 is already quite stable but most big applications have not been ported yet. My plan is to work on digikam (and its libraries, libkdcraw, libkipi, libkface, libkgeomap, kipi-plugins) to port them to use the latest KDE libraries version. To be more precise, I plan to work on the job framework and its thread support since ThreadWeaver's API has changed a lot and after talking with Caulier Gilles (digikam's main author) he was interested in that. This is part of libkdcraw, but if I finish early in the week, I'll continue with another of the libraries.

The Parallella is an SBC with Xilinx Zynq SoC and 16-core Epiphany-III co-processor. I had contributed a device tree for the Parallella to v3.17 (with a network/clock issue just reported by Olof Johansson to be investigated).

A broad range of ARMv7-A boards have been enabled in openSUSE already. I would like to complement my experiences by bringing up Linux on an ARMv7-M board, the STM32F429I discovery board, featuring a Cortex-M4 and 8 MB SDRAM. As first step I would build and deploy an image based on instructions from the Internet, using downstream U-Boot and kernel and known-working binary arm-uclinuxeabi compiler toolchain. As preparation I have already packaged the genromfs tool.