The idea is about an easy way to allow users to make upgrades (e.g.: changing from one major version like 15.0 to version 15.1) using a GUI and as easy as they can in Ubuntu.

Let's pick some old classic game, reverse engineer the data formats and game rules and write an open source engine for it from scratch. Some games from 1990s are simple enough that we could have a playable prototype by the end of the week.

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Video Recording of openSUSE Conference session which introduced the project

New Development

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In the past year we've found ourselves in the middle of a pandemic, we merged two awesome companies together, and we have completely changed the trajectory of SUSE and Rancher. This project is intended to transfer knowledge of SUSE to Rancher and Rancher to SUSE for those who may be challenged with time and resources to try new things. This gives us a chance to explore other uses for Kubernetes all while taking advantage of older equipment (for use as workers) we may have to spare.

This is the tool I've been working on since HW11 and it needs more work. Actually, there's always something which could be done on it. It is basically an x86 instruction decoder with special emphasis on the kernel and decoding interesting pieces of it in order to help in the development of low-level patching techniques, among others.

For events like engineering summit or hackweeks, it would be nice to have a SUSE instance of workadventu.re, and have our own maps, wired with (open)SUSE's jitsi!

Make a final attempt to implement a graphical user interface for grub2 (gfxboot2).

Join the Gitter channel! https://gitter.im/uyuni-project/hackweek

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Primarily to support Hackweek, but also to gain experience for a potential future corporate use, I like to run the open source Jitsi in a SUSE context and within a setup that is close to what SUSE IT is doing.

Dochazka is a long-term project to replace the obsolete Attendance & Time Tracking system used by the Prague office since 2007. Dochazka is a complex system consisting of three major components:

openQA currently supports different architectures: x86(_64), ppc64le, aarch64 and s390x. In this project I would like to add support for RISC-V[1]. First emulated ontop of x86, like we previously did with aarch64. As openSUSE images for that processor are already generated, it could be useful to do some basic automated tests on them.

Few months ago I switched my home workstation and media center to Micro OS desktop and I cannot imagine switching back to normal distribution. After some consideration I realized it should work fine (even better) on the notebook I am using for work.

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• Create an automated L0-support-like analytics solution for supportconfig data that is tiered across a customer's environment and SUSE environment (similar to a very modular AIOps Edge-Core approach). A pictorial overview of the ecosystem

Deploy Uyuni as an app from the Rancher marketplace - or install via Helm on any Kubernetes cluster, on any OS, or any Public Cloud.

We've developed a bit of a habit within the Cloud Solutions leadership team to talk about new culinary endeavors after the weekend, telling the others about what fine dishes were created and sharing photos. We discovered that if we combine them to a menu we'll probably have the best international Dinner in the world but since we're all far away from each other we need to share the recipes to make it work.

There is always something to do if you run the infrastructure for such a big project like openSUSE....

Bug reports can be a great source of information, but usually finding the information requires extensive work in reading through all of the discussions and understanding the details about it.

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2019

The situation of maintained ansible roles for boring server stuff like setting up a LEMP stack (Linux, nginx, mariadb, php) is dire and I would like to improve that. This project is about creating a handful of ansible roles with focus on

The recent glibc 2.33 version recently available in Tumbleweed includes this change:

Language Server Protocol (LSP for friends) is used in a number of code editors these days. There are implementations for various languages, but none for Salt States.

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UYUNI-CLI

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I have bought a Raspberry Pi 400 and would like to experiment how it integrates into SUSE ecosystem.

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~> osc my pkg | wc -l

Following up on the experiment from last Hackweek ( https://confluence.suse.com/display/~digitaltomm/Business+Intelligence+in+SCC ), it would be great having a production instance of Metabase running in the SCC EKS cluster, connected to the production database of SCC.

Last hackweek I have use multi-machine for RMT testing. This hackweek I would like to research how to develop the multi-machine at openQA.

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Kanidm is a modern, fast, opensource IDM aiming to be an alternative to projects like 389-ds, freeipa, samba 4 and others. Inspired by many identity as a services, many features of this project aim to advance the state of what is possible with opensource security and IDM today.

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I intend to work on translation of KDE to Czech language.

Live audio tools could use some work in openSUSE and are fun to play with.

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Grub has limited LUKS2 support in master branch for few months (only PBKDF2, Argon2 is not yet supported). It'd be useful to implement LUKS2 detection in grub-probe in order not have to specify required modules manually.

I'll continue the effort I started at last Hackweek to support Windows clients in Uyuni/SUSE Manager using Salt. When this is done, SUSE Manager would act as a WSUS server to Windows clients.

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Learn opencv and Face recognition related knowledge to build Face recognition project on raspberry 4b

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Not a Hack Week project per se, but I am trying to connect with a few like minded people - I like playing Texas Holdem poker and am tired of playing bots/strangers online. I am hoping to gather a few fellow players for a game.

openSUSE code

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Learn to program a FPGA using Verilog and VHDL

Back in the late 90s to early 2000s, SiS graphics chips were fairly common and found in many low-end devices. Today, the chips are still capable enough for simple graphics needs, but the graphics cards were on PCI and AGP buses. They are not usable in modern computers.

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Terraform's remote backend requires a Terraform Cloud account and has an initial limited offering. While the initial offering is suitable for small resource management and teams this quickly becomes an issue as usage demands increase. In addition Terraform's remote operations (plan,apply, etc) are executed on HashiCorp's cloud resources which present issues for sensitive data such as passwords and access keys. Users are also constrained to as what tooling is available on the remote execution environment for example having kubectl as part of a local-resource. This project aims to address these shortcomings in a native Kubernetes implementation.

Bisection is a well known method of localizing which commit caused a regression in a code repository. git-bisect is a particularly used tool for this problem in git repositories. However it is often the case that the failure is probabilistic in nature - either because we don't have a reliable reproducer of the failure and thus not reproducing a problem on a particular commit does not mean the problem is not still present there, or because of inherent variability of e.g. performance regressions. Bisection for such failures is problematic as it takes only one false result for the bisection to end up in an unrelated part of code history. So in these cases we usually have to heavily extend runtime of a reproducer or do multiple test runs or multiple bisection runs to minimize a chance of error.

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I plan to learn how to program for PREEMPT-RT (Real Time) patched Linux kernel on aarch64 architecture. I will use a digital oscilloscope and a raspberry pi to compare preempt vs preempt-rt kernels on aarch64 vs a micro-controller. I then plan to build a 4WD robot utilizing the Raspberry Pi, I2C sonar sensors, DC motor controller and camera.