This is a project to create a "larp" game for SUSE employees (or anyone geeky enough to play this) which will be based on computer related knowledge. The core of the game is to search for other people and clues for solving the main goal by "connecting" or "hacking" according to given HW and SW roles. E.g. a person will play router, another one will play PC and they will need to find a person playing TCP/IP protocol to communicate and eventually create a working setup to solve the goal. They they need to work as a group and solve riddles/ciphers which will let them go further. There are more game mechanics i have in mind, but don't want to spoil all of them now :)

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.

Marvin is a job scheduler that the Performance Team at SUSE Labs uses to automate the execution of the performance test suite MMTests. For more details on what Marvin does and how, see Mel Gorman's blog post "Continual Testing of Mainline Kernels". At the moment the reporting dashboard is extremely minimal and lack usability features; the for example SLE-12-SLE-12-SP2 or any other .html file at http://laplace.suse.de/marvin.

I want to create a basic web dashboard for Jenkins view with help of Jenkins XML API , Pharo, Seaside and Bootstrap. The biggest benefit for me would be if I can learn how to handle with Classes and its instances containing data from Jenkins in pure object programming language. My goal is to display overall status of the collections in form of progress bars (as openQA does) with info about failed and succeeded slenkins-testcases. Collection view (eg. https://slenkins.suse.de/jenkins/view/Collections-review/) in Jenkins contains list of current SLES builds and each collection has subprojects containing slenkins-testsuites triggered by Jenkins CI for this SLES build.

github https://github.com/okirch/susetest

This was a short 2-hour fun project. I wrote a small execution module for Salt that takes a text string and a mode ("status", "warning", "error") as input and uses the Sense Hat's Python API to display the text on the Sense Hat's 8x8 RGB LED matrix display.

The idea is to use a 8-switch relay (or two) to connect to a Raspberry pi and control the switches according to the music. To control the music, hack mpg123 to take a "frames" file which would contain which channel should be switched on or off.

Goal

Try nfc device to control RPi

Hypothesis is a python property based testing framework inspired by quickcheck. My goal was to get familiar with the docs and eventually apply the knowledge to the testing of SES products.