XFCE currently has no support for monitor hotplugging, which makes it hard to use on Laptops with docking stations. This project wants to add support to XFCE to automatically adjust its display setup when the monitor configuration changes.

Usecase.

• My phone / media player has less storage space than my music collection is large. I charge my phone / media player via USB attached to my computer. I want it to transfer media to my phone / media player in a non interactive way.

Yast team has a great experience in automating tasks that can be done by machines in order to save time that can be used better. We usually use Jenkins for running these jobs.

Why to use automation?

newburn is a system press testing tool. But it is out of maintained. And it is heavily integrated in ctcs2. So replace it with a new one.

Idea is to prepare some advanced template examples for Heat orchestration in OpenStack, which will show: - how HA for VM guests can be used

qemacs is a nice emacs style editor by Fabrice Bellard (qemu's original author). qemacs is small enough so that it can be compiled as a 100kb executable, but also has a simple codebase

terminal has it, git tool has it, so yast-devtools should also provide it for new rake tasks

Currently GCC relies only on the most generic alias analysis when attempting to track data in aggregates in interprocedural (IPA) optimizations. In the course of this project I plan to revive patches for using simple escape analysis to track all data which do not have their address escaped and use that information to track constants within them, analyze the impact on a number of benchmarks and submit them to GCC trunk.

During the YCP Killer project, Y2R didn't translate most YCP operators and builtins into equivalent Ruby constructs but into library calls. This was necessary to preserve behavior in various edge-case situations, mostly when nil was passed around. The resulting code is often long and hard to work with. Example from SlideShow.rb:

Investigate the state of bioinfo FOSS (mostly interested in DNA sequencing and sequence analysis) on Linux (and possibly other platforms), learn some algorithms, learn to use the available software, find what needs to be improved and if time permits, start improving.

If nothing is changed, no Hackweek T-Shirt awaits us. So, taking the initiative, I am searching for other creative minds to collaborate with.

It's 1.5yrs since we've launched the last Studio version. Customers are asking about a roadmap, a new version... After discussions with AJ, Adrian, Alex, I want to create a draft plan/concept how such a Studio successor could look like.

Some people prefer LaTeX for creating documents and presentations. The templates provided by Marketing don't include one for Beamer

Project Description

The idea is to have an internal web page that mainly presents new SUSE employees or the ones you might not know yet. Other topics can be covered like reports about hack week projects or other interesting stuff apart from the daily work we all do. As a start there would be a questionnaire which results are posted on a web page.

The idea is simple. Dice is a light weight build service for KIWI images with full control over the build power by the user. At SUSE we have the buildservice which is the full professional version of a build service for packages, images and also products. As a normal user I can provide input and I get some output but I have no control what happens with my data, when it's being processed and where it's being processed. That's by design and works great, thus not meant negatively. I'm a 100% fan of the buildservice

Is Redmine good enough for manging projects?

This is the tool I've been working on since HW11 and it needs more work. Actually, there's always something which could be done on it. It is basically an x86 instruction decoder with special emphasis on the kernel and decoding interesting pieces of it in order to help in the development of low-level patching techniques, among others. git repo: https://gitlab.suse.de/bp/x86d

Moses is a statistical machine translation system that allows you to automatically train translation models for any language pair. Intention of the project is to tune up existing software, where a glimpse shows that majority of time is consumed by memory allocation, dynamic casting and other calculation non-related stuff. I would like to inspect many techniques (like perf profiling, GCC LTO, GCC profile-guided optimization, code refactoring, OpenTuner, etc.) which may bring really significant performance gain. Moreover, it would be really beneficial to come up with a cookbook that can be used by folk in general. If possible, I would like to create a step-by-step performance improvement graphs.