Setup and operate a Mode-S Beast that receives the ADS-B broadcast signals sent out by airplanes.

Add MOKx for blacklisting any specific hash of kernel module.

My plan is to add some more features to Weblate. The list is definitely not complete, but I'd like to check at least following areas:

Building on top of Rouslan Dimitrov's Microcontroller Class D Amplifier, I developed the idea to feed the power amplifier with PCM data directly. Rouslan does some dithering and noise shaping, but I'm convinced that proper interpolation would sound better. The ATtiny is too slow to do even cubic interpolation so I'll move that into the host.

I already have a [python script][0] processing mails received in the Calendar folder to get the ical event and push it to [radicale][1]. It has several drawbacks:

The bootloader menu has to be able to list snapshots created with tagged attribute by snapper or other tools. These attributes control how snapshots are displayed and organized in the boot menu. All the changes are reflected in real time, that is when a snapshot is created it's ready to boot without the hassle to call grub2-mkconfig to refresh menu. The operation and navigating to the snapshot is intuitive and out of box and booting is even more easy to hit the button.

~> osc my pkg | wc -l

Moving objects to a new container is a problem everyone in R&D has faced at least once in his life. It requires a very advanced algorithm to pack the many different objects (which are generally heterogeneous, with different uses, types, weights and sizes), before the packs can then be transferred to the new container, generally through a dedicated bus. We can identify some usual cases:

The basic idea behind learning language is to ensure three parts:

The Proposal

QADB is the database used to strore results of automated tests in SUSE QA.

I've been running a podcast together with two friends for over a year now. We have a recording and mixing process going, but unfortunately it involves using non-free operating systems and software all the way through.

Initial idea to build a tool to help rubygems community to rotate maintainers for abandoned projects.

pyg will be a PEG parser library formed as an internal Python DSL. it will be used in cramex, a copycat of cram with expect support.

I want to continue my work on this feature for a CAT (Computer Aided Translation) program, OmegaT. When translating a segment (usually a sentence), I would like OmegaT to automatically replace all words it finds in an active glossary by their translations. This will save the translator some time.

There are issues with S3 and S4 handling in a KVM SLES or openSUSE guest. I'd like to figure out what's going wrong and get things fixed as much as possible.

Although there isn't much demand right now, it won't be long before >256 vcpus in a KVM guest will be desired. Currently, due to 8 bit apic ids only being used the limit is 256. Implement the x2apic infrastructure that will allow QEMU + KVM to break the 256 vcpu barrier.

xfstests is rather comprehensive filesystem testing framework used for functional filesystem testing. The aim of this project is to integrate xfstests with our qa_automation framework so that xfstests can be run in it and results are automatically processed and stored in qadb.

Build an open-source appliance editor for SUSE Studio that interacts only with the API, using modern JS web frameworks.

In case any of the source files changed, openSUSE Build Service rebuilds the dependent packages regardless of whether that particular modification affects the dependency. This makes our resources footprint bigger (and the electrical power bills higher). It also affects users, because every new package build causes the package manager to include that package in the next update thus consuming network bandwidth and resources of users' computers.

Finish extension for server side history for jabberd2 server and create a simple webui to browse it using tntnet. Part of the project is to learn to use tntnet toolkit, other part is to have server side history.

Intel Rapid Start Technology(IRST) is a firmware mechanism enables your system to get up and running faster from sleep, saving time and power consumption, it will cause the system to wake up from S3 and suspend to S4(with SSD)[1]. Currently kernel 3.11 already support it[2], however there haven't a graphic tool to control its wakeup event and timeout, like as similar tool on Windows[3]. This Hackweek I'll create a YaST module to handle those parameters.

Write a tool to generate documentation (README.md) from chef cookbook attributes files including the comments that describe the attributes. The goal is to use this with the openstack chef cookbooks from https://github.com/stackforge/ and maybe integrate it the upstream Gerrit as a Jenkins job.

After https://hackweek.suse.com/projects/105 the next thing to merge is hermes.