Currently I am using openSUSE Leap 42.2 as base system on the laptop where I do my daily work (Dell Latitude E7470). As a YaST developer my system is a bit broken (as you may guess) and updates are not possible. So it is time to start from scratch. The idea is to adopt some user friendly system for security copies, migrate to Tumbleweed, make extensible usage of virtual machines and try to stay the base system as clean as possible.

code

https://github.com/MalloZup/foresinc

Seastar is an advanced, open-source C++ framework for high-performance server applications on modern hardware. Seastar is used in Scylla, a high-performance NoSQL database compatible with Apache Cassandra Ceph community is currently working on migration to this project as well.

QLogo is a UCBLogo-compatible implementation of the Logo language using Qt and OpenGL. QLogo was designed with the language interpreter integrated into the GUI. For Hackweek 18 I want to separate the interpreter from the GUI so that QLogo can be run from the command line or from a shell script.

The monitoring in our internal infrastructure needs some love and attention. I want to spent some time during this hack week on the monitoring by fixing old checks, implementing new checks and making sure that those are configured and installed via configuration management. Checks I have in mind for instance are:

• Check and verify SGML tools
• Parse and validate mostly markup-less files with SGML tools

Project Description

I want for long time to get my hands dirty with go and webassembly. we have (openqa-mon)[https://github.com/grisu48/openqa-mon] which is a monitoring tool for OpenQA.

Project Description

HA team servers deployed many services, including common services like http/ftp/database/jenkins, customized project like HA jenkins CI automation testing framework. Some of them also worked as virtual hosts for HA CI testing. Most of the services are directly deployed on host, some of them managed/protected by pacemaker based HA stack. Few services are still use docker compose that prevent migrate to podman. Some servers are still in SLE12SP2 due to the time consuming re-deployment.

Project Description

Create a PoC for a modular packaged kernel. This means:

Project Description

OpenEMS — the Open Source Energy Management System — is a modular platform for energy management applications. It was developed around the requirements of monitoring, controlling, and integrating energy storage together with renewable energy sources and complementary devices and services like electric vehicle charging stations, heat-pumps, electrolysers, time-of-use electricity tariffs and more.

We will have a series of short lightning talks to present what we have accomplished at Hack Week 12. In Nürnberg this will happen on Friday 17th Apr at 12:30 as part of the lunch session in the all-hands area. Lunch is served at 12:00, so you have a bit of time to settle in and satisfy your immediate needs before we go into presentation mode. If you would like to tell a bit about what you did at Hack Week 12, please leave a comment (preferably with a link to your projects), and I'll add you to the schedule.

Look at static code analysis and code coverage for a C++ project, in this case libstorage-bgl-eval. This could include:

GFS2 and OCFS2 are 2 cluster filesystems in linux kernel. We also support GFS2, though most of our customers use OCFS2 as we recommend. Last hackweek, from

Remote working makes you face some "challenges" regarding networking setup. One of them can be reproduced as: 1- download a big file

A common task in L3 is to find a difference between package release X+1 which is reported as broken by customer and X which was working fine. OBS does not provide easy mapping between their revisions and package release numbers. It has "rdiff" command for comparing two packages from different projects, but it does not allow to select only one file or specify different revisions for compared packages. The goal is to prepare script that allows following checks:

Objective

Crystal [1] is a new language with a syntax heavily inspired by Ruby, but with statically type check and compiled! Its motto is "Fast as C, slick as Ruby", so good reason to start looking at it. I would like to play with it, check the powerful of its compiler and the C-bindings mechanism to call native libraries.

OpenPGP Card is an ISO/IEC 7816-4 compatible smartcard that is integrated with many OpenPGP functions, including signature, encryption, and authentication. It provides an trustful computing environment isolated from the host computer, to guard one's private keys from attacks and exposures. ZetiControl in Germany is the first manufacturer of OpenPGP Card based on BasicCard platform. Since then, compatible USB tokens have also been manufactured, such as Yubikey and Nitrokey. Currently for compatible USB tokens, there are two approaches of OpenPGP Card implementation:

The idea behind this is to have a application, which observe the usage of AWS instances and later other providers like azure and google. This could be used with public cloud tests in openQA.

In the other day, there were questions about to migrate high availability solution into OpenStack. With that context, there is no question to run the critical pacemaker and corosync processes inside the cloud. There is no difference between VMs and bare-metals in regarding to the dependency management system for both systemd and pacemaker, which is quit different than the situation of the container world. However,

This is kinda continuation of my last hackweek project - learning python3 the parcical way. The goal is again to replace existing bash script which will generate 3 node KVM HA cluster on my workstation and automate quite a boring part of HA regression testing.

https://gitlab.suse.de/l3ms/RES-weather/ needs some improvements, e.g. manual generation of statistics and reports.

Project Description

A sentiment analyzer is a software that can distinguish the emotion of the text. The programming language will be either python or C++. (This is the first hackweek for this project.)

Project Description

Some time ago I started writing an i8080 emulator as an exercise to learn more about Rust, Emulators and low-level understanding of how CPUs work. I never finished it though. Since the Gameboy is basically a slightly modified version of the i8080 for this Hackweek I want to use the existing skeleton that I have and write a full emulator for the Gameboy CPU.