Seagate has a "new" hard disk product called Kinetic, this kind of hard disk can connect to ethernet directly and no extra computer system needed. This project is to build a Kinetic Storage Gateway, to export a legacy NAS interface to clients (TV, mobile phone, etc..) and hide kinetic protocol details behind the gateway. Currently the gateway software is running on a read hardware router, in future it could be a program running on smart TV or phone, to access the kinetic hard disk cluster without hardware gateway.

Add support to build snappy images in OBS. This means we need to parse snapcraft.yaml build description for dependencies, prepare data from remote resources and handle the build. ===Current State===

I want to start working on translations which might be useful in our work (to focus on apps used by us during our work) and to push the rate of translation a bit further.

Remote working makes you face some "challenges" regarding networking setup. One of them can be reproduced as: 1- download a big file

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

As DBus a main component in Linux user space, in this hackweek I plan to learn more about it. Tentative Plan: a node js binding for sd-bus interface offered by systemd (available in SLE12)

The systray module hasn't been ported to the new gadgets system so the aim is to port it.

• Enlightenment already has some minimal openQA tests but more can be written.
• A extended test Setup using extra repositorys in order to run tests on upstream pre release tarballs and potentially "Nightly/Weekly" builds.

Metadata project provides testsuites as a service. Slenkins test wants to use metadata but requires two new fields. I will add nodes and incompatible two new fields.

The public cloud is generally not a high availability-friendly environment, with unpredictable I/O latencies and machine stalls, custom tools needed for handling IP assignment etc. The idea with this project is to see if there is any way to leverage the Raft algorithm and booth together with pacemaker_remote for resource management to manage cloud instances and services running in the cloud.

Reporting demands on SCC are increasing. Rather than creating hand crafted 'one-shot' reports in response to every request, this project aims to discover whether there is a better way.

Tigervnc comes with two very similar VNC viewers - one written in C++ and one in java. The java one can be embedded in a webpage as a java applet. We use that in our default VNC setup (the one enabled in YaST). That way if user doesn't have VNC viewer installed, browser is enough. However running java applets in browser is getting harder every day. Especially when the applet isn't signed by a trusted authority.

Google recently open-sourced its Artificial Intelligence/Numerical Computing library called TensorFlow. I would like to use it to help us do a bug report clustering. A bug report often contains lots of comments. In order to find the similar bugs from different customers quickly and intelligently, I would like to choose a proper clustering algorithm and implement a model with TensorFlow, which can be deployed on a PC smoothly.

The support for Orange PI PC in mainline kernel has advanced a bit, so now it should be possible to build openSUSE image that has at least serial support with kernel 4.6 and usb support with 4.7. I will investigate this.

See my Relax-and-Recover upstream issue https://github.com/rear/rear/issues/841

Continue my last project - Docker research in last hackweek with researching Kubernetes