How many times have you created quick and dirty script to generate C tables, parameterized code, etc. ? Did the script ended up messy?

I'm in SUSE for about a month and as a fresh graduate I had to learn a lot of stuff during this period. And there is a bunch of other things I will have to learn of course. Therefore I would like to use Hackweek to deepen my knowledge of various tools, processes, techniques or other packagers related stuff. However it would be quite a pity to hold the acquired information just to myself. So I would like to keep the result of my learning for further usage either by enhancing the Innerweb wiki, the public openSUSE wiki or by creating new wiki for packagers' purposes. Who can utilize this knowledge base? Newly employed packagers to learn important things quickly. Current packagers to share interesting techniques or hacks among them. Or just whoever else wants to quickly understand certain packagers' process or tool.

DAPS (https://build.opensuse.org/package/show/Documentation:Tools/daps) is a tool we use in the documentation team to create/validate/export/... docbook documents. It's currently available for SUSE and openSUSE systems, and I believe that packaging it for Debian GNU Linux would help both the DAPS and the Linux community (and me myself as I'm using Debian at home as well :-)

cscope is a great tool index C/C++ sources and allow to navigate through the code. I have learned that the project is mostly dead and what is worse it uses its own database format to store the index. I would like to see some extended functionality in the tool - e.g. search whether a function A is reachable from B, filtering search results per-file, fix functions with function parameter detection (such functions are not recognized properly currently) and some others. See if the cscope specific storage can be replaced by a more generic database (sqlite?) and understand how the code flow works so that new extensions would be easier to implement.

Predicting the non-functional properties of a Ceph cluster can be quite difficult. There are many inputs in the hardware setup and software configuration that affect the resulting availability, reliability and performance (latency and throughput at nominal levels and during degraded and rebuild times). I want to understand the interrelationship of these parameters better and build a (perhaps interactive) model that allows us to predict the result without the need to build a ten thousand node cluster.

see iqlight.com to understand what an IQ Lamp is.

Non-Android Linux can already be booted on several devices that are based on CPUs from Allwinner, such as the A10 and A13, but support for the newer A23 is still incomplete. I want to use this Hackweek to work with the folks of the sunxi and Lima projects (http://linux-sunxi.org/, http://limadriver.org/) to get Linux up and running on an A23 based tablet.

Gerrit is used for code reviews by openstack and its related projects (e.g. chef cookbooks). The web interface is too slow when you get 100 changes to review each day. It would be nice to have a faster CLI. There are already some python client libraries available. I am thinking about either doing this as a standalone application with python and something like ncurses or an emacs/lighttable plugin. https://github.com/mapleoin/gerrit-el

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

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.

Using traditional hardware development tools, apply a Non-uniform Choppy Transformation to a block of ligneous substance. The end result should be a 3D rendering of the Geeko glyph.

Recent packages for Chef on the SUSE platforms are in a poor shape. In the meantime, Chef 12 is in the beta phase. Let's use the hack week to polish and update our Chef packages.

<p>WLAN, bluetooth, DVB, DAB, ... I'm not getting any data!</p> <ul>

Over lunch the machinery team was talking about telepresence and mobile solutions and I came up with the idea of abusing a cheap wifi controlled toy tank as base for such a project. So here I am, having a cheap remote toy spy tank sitting on my desktop - waiting to be hacked :)

To add more flexibility, variability and increase testing capacity we would like to move QAM cloud nodes from physical machines(in NUE) into virtual environment.

Make an interactive wizard that helps to go through configurations of mutt / mbsync / msmtp / notmuch / mailcap / links etc.

I'd like to add a 433MHz receiver transmitter module to my raspberry pi - I know there are some kits, but this will require some hardware poking and soldering and I'm looking forward to it. The goal will be to receive the signal of some remote temperature and humidity sensors, decode the signal - understand their data structure and display and log them accordingly.

There are so many bugs which is related to mod_nss like bnc#863518 or bnc#897712.

Finish Qt 5 port of vym and port to as many operating systems as possible. During Hackweek I managed to get vym to run on

It's a tool or website for Bej employee to manage his(her) leave days, then they don't need ask HR for each time. An idea for learning Django web application framework.

While packaging node.js modules, which often depend on specific versions of other node.js modules, sometimes many of them, you easily end up in dependency hell, and maintaining an OBS project with a few hundred of those modules can be a tedious task. So the idea for this project is to familiarise myself with how exactly dependencies are managed on package and repository level, check out what tools exist to drill into dependency data, and hack something that helps keeping OBS repositories in a dependency consistent state.

The CRUSH algorithm determines how to store and retrieve data by computing data storage locations. CRUSH empowers Ceph clients to communicate with OSDs directly rather than through a centralized server or broker. With an algorithmically determined method of storing and retrieving data, Ceph avoids a single point of failure, a performance bottleneck, and a physical limit to its scalability. CRUSH requires a map of your cluster, and uses the CRUSH map to pseudo-randomly store and retrieve data in OSDs with a uniform distribution of data across the cluster. This project aims at creating graphs of the crush map, for better visualization of the Ceph cluster.

Starting with CUPS 1.6 things have changed considerably. Clients are no longer discovering broadcasted printers anymore. Distributions (e.g. Debian) has backported the original protocol into cups-daemon package but this doesn't seem to work either on my laptop. I would like to look and try to understand what the hack is going on here. The outcome should be my understanding of the change and how to configure CUPs to behave reasonably again.

The idea is to produce a standalone, independent tool to save and restore windows positions and sizes, analogous to a similar feature in KDE desktop. This would be handy in various lightweight desktop enviroments.

The kdump package can now use SMP and multiple targets with constant memory requirements. The goal of this project is to find the optimum parameters for dumping a very large machine (SAP can give me access to 6TB, SGI is able to test with 64 TB).

Create a system to allow a community to add contextual information to "open books". Think wikipedia for books

Create a single node installation of OpenStack with the OpenSUSE OpenStack Quickstart scripts for 64 bit ARM (aarch64).

Current kGraft implementation allows to apply new patch only when the previous one is applied to the whole system. Every task is handled separately and it needs to wait for a safe place to switch. It might take a while, especially when the task is sleeping. Therefore it would be great to allow to apply more patches in parallel. It is not trivial because different tasks might be in different world, so the slow stub has to be clever and choose the right one without taking any lock...

I had presented the "Wicked Network Manager" talk at openSUSE Asia summit @Beijing. I would like to keep studying the topic continuously. Getting involve the source code and study the operating style and components. I also met some problem after discussing and testing issues while my research , I want to keep it as a record and writing the technical document on wiki too.

For Hibernate Signature Verification - HMAC version, I need a hash algorithm in EFI stub environment before ExitBootServices() to mix / mess random seed from different sources (rdtsc, rdrand...) for generating the HMAC key to sign the hibernate image in runtime environment. There have no any hash functions provides by EFI services, so need implement it in EFI stub. I choice SHA1 to be the target algorithm because currently I choice HMAC-SHA1 to be the algorithm to generate signature of hibernate image.

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

The evfilter project (https://github.com/lhc4/libevfilter/) isn't able to substitute multiple events to one event or vice versa. I want to improve that and repair some other bugs.

Pebble smartwatch is a nice gadget I own and I'd like to start playing with it at the code level. One goal would be to create a SUSECon / conference application for it, allowing to choose which talks I will attend and make sure the watch will notify me in advance a session will begin.

SeaMonkey is the successor of the Mozilla Suite. The mail client allows connections over POPv3 and IMAPv4. In some cases one wants to leave the program running for longer periods of time, but once the mail client has password for a mail server it just stays connected. In case of "keep everything on server" profiles this means that the mail may stay accessible even when the machine is left unattended (which it often is). The purpose of the extension is to enable requesting the client to forget mail server passwords, so that the mail is no longer accessible without entering it again. http://www.seamonkey-project.org/

See http://nette.org