The idea would be to create a qt5/kde5 based utility that can use local raw images as well as download a list of sources from a remote site. The idea is to provide a user interface that can be used by any user as well as a user interface that can be used in kiosk mode for booths so that a visitor can put a usb pendrive in any usb slot, select the image he/she wants to write to it and get it written in parallel to other usb memories. https://github.com/openSUSE/imagewriter seems to be abandoned, so probably part of the backend will be reused and the user interface will be rewritten from scratch, but anyway this will be reconsidered at the first task in the project.

It's just my learning project about Docker, I will research and learn how to deploy and configure Docker and Docker cluster, and also I will try to learn everything related about Docker.

COLO or Coarse Grain Lock Stepping is an High Availability solution that builds on top of Remus, 1. investigate Xen COLO implemention and try to play with it.

Learning REXX and improve FTPBOOT for installing and testing our S390 builds

The Idea

Since some time I am interested in getting better at C++ and learn more about Qt framework. Since I learn best with having a project/goal I came up with this:

This hackweek, we will be hacking on Weblate and adding features that we need to use it as a translation tool for openSUSE! Chief among those is a better permission management that would allow us to assign different rights to different projects, languages, distributions etc.

SCC doesn't require an email address, so could you automatically generate random keys until one matches and effectively 'steal' SCC licenses from customers?

In SUSE Manager we want to offer support for bootstrapping systems that don't have the salt-minion installed and configured yet. This can be done using salt-ssh given just a hostname, username and password. See the docs about salt rosters for even more options. What we are missing: - Support for using salt-ssh in our library

Intel Active Management Technology (AMT) is hardware and firmware technology for remote out-of-band management of personal computers, this hackweek I'd like to spend some time to learn how to setup Intel AMT on my workstation and X201 with VNC enabled.

While programming is occasionally a very rewarding activity, it's mostly a chore and the rest is filled with frustration. Let's teach an unsuspecting youngster program! To fulfill this nefarious goal I've set out to help my colleague without prior programming experience get hooked on programming, starting with python. The student finished an online tutorial and we pair programmed a tiny-fix-turned-massive-change in a tool used by our team.

froxlor Server Management Panel create and start a push request upstream the openSUSE Leap 42.1 configuration tab

The Nvidia Jetson TK1 is an SBC with Nvidia Tegra K1 SoC (quad-core Cortex-A15, 32-bit ARMv7). I have openSUSE running on the Jetson TK1, but KVM is currently not usable as the CPUs are not booted in HYP mode. Thierry Reding of Nvidia has some work-in-progress for U-Boot and upstream kernel that I would like to test.

I'm trying to write a static analyzer for Lua programming language. And I've ready done some parts, say, lexer/parser/AST/types...etc. The challenge part at present, is to write comment-based type annotation, for later type-inference. I plan to implement it in a week. I've spent years on this area. Hope I'm lucky in hackweek.

Create a USB device that, when configured and connected, exposes one or more Ceph RBD images for use as USB storage, allowing for: * Ceph storage consumption by almost any system with a USB port

It is fabulous to get machines from cloud for automation testing, and there are lots of things to learn in cloud. So I will start the cloud journey in this hackweek, to learn suse cloud architecture, various technologies inside cloud, and try to deploy one.