~> osc my pkg | wc -l 699

The libvirt TCK provides a framework for performing testing of the integration between libvirt drivers, the underlying virt hypervisor technology, related operating system services and system configuration. The idea (and name) is motivated by the Java TCK. Currently the libvirt TCK is not fully packaged for SUSE and the test suite itself contains a lot of Redhat-isms. Mike Latimer and Jim Fehlig will work on properly packaging libvirt TCK (it has a LOT of perl dependencies) and patching it to work better with SUSE virtualization hosts and SUSE guest operating systems. It has traditionally focused on the KVM hypervisor, so there might be some progress made to make it work better with Xen too.

Read in a crash or oops-style backtrace and access DWARF information to output the current content of the stack and registers in term of symbols, and the the crash commands to dump/pretty print them. In other words, when looking at a crash dump, answer the questions "Which variable is currently stored in $rax? What is the structure of the stack? Which variable is stored at $rsp+16?"

Status at the end of hackweek 10

The SMBus standard specifies an address resolution protocol (SMBus ARP.) It has two key features : * Handle I2C slave address collisions. If two SMBus slaves would use the same I2C address, ARP lets one of them pick a different address to avoid the address collision.

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: * [Support for federated login using GitHub, OpenID, Facebook,...][170]

The Proposal

(Idea originally suggested by Mel Gorman)

Add MOKx for blacklisting any specific hash of kernel module. For kernel module sign function, similar to dbx in UEFI, we need a MOKx for blacklisting kernel module that can avoid direct revoke the modsign key in MOK or kernel.

Gathering detailed information about hardware in an automated way with chef using an ohai plugin enhances transparency about the hardware being used in a datacenter. The idea is to write a plugin for ohai that gatheres information from hard drives used in a node that runs chef-client.

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: * In the worst case, the new container can be smaller than the old one, and a garbage collector is generally used to help find a solution that satisfies the problem (a SAT solver can be used to determine which objects should be destroyed).

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. The hackweek is based on current implementation to improve the code structure and testing, like code clean up and make it in better shape get upstreamed, improving the menu to use extended attribute to organize the boot menu with defined attributes which can be tagged by snapshot tools like snapper etc.

<p>Rescue system has a lot of options , but most of them can only be set at boot time, first idea is too provide a way to configure them while the system is running.<p>

some ideas

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: * It doesn't detect appointment changes (pretty easy to fix as each event has a unique ID)

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

Building on top of <a href="http://rdimitrov.twistedsanity.net/blog/show.php?entry=Microcontroller%20Class%20D%20Amplifier,%20Rev2&quot;&gt;Rouslan Dimitrov's Microcontroller Class D Amplifier</a>, 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.

Build Service needs an openid. Imagine following case: