Seagate has a "new" hard disk product called Kinetic, this kind of hard disk can connect to ethernet directly and no extra computer system needed. This project is to build a Kinetic Storage Gateway, to export a legacy NAS interface to clients (TV, mobile phone, etc..) and hide kinetic protocol details behind the gateway. Currently the gateway software is running on a read hardware router, in future it could be a program running on smart TV or phone, to access the kinetic hard disk cluster without hardware gateway.

Experiment with kite aerial photography * Build or buy kite?

I want to experiment with three things: * Blockchain

Functionality

Project Description

I made a smart car with raspberry pi in the hackweek18, brought up ultrasound sensor and camera module in hackweek20. Now I want to finish the remaining part of the code.

Work towards release of Weblate 2.3, the roadmap is in the issue tracker: <https://github.com/nijel/weblate/milestones/2.3>

Create a public art installation around this delete your facebook video. Essential elements are a screen and speaker (loud enough to be heard on a busy street environment but not so loud as to draw noise complaints). Video on repeat. * Perhaps installed in a newspaper box? Maybe The Stranger would want to loan one?

Nightwatch.js is a Node.js based End-to-End (E2E) testing solution for browser based apps. It's based on Webdrive, meaning it's a very reliable way for me to test HAWK UI! It's a great opportunity to learn Webpack, PhantomJS nightwatch and to set up a TDD approach with any new features written with vue.js, the framework which we will be using in HAWK from now on.

The idea is getting a general knowledge of how QT Linguist works, and help FET with some translations. FET is a timetable creator, that is available for openSUSE at https://en.opensuse.org/FET, and allows a user to create a timetable, usually for educational institutions, with a lot of different available constraints.

Description

Graphical application that is able to perform a git bisect on os-autoinst* tests and executes os-autoinst on it to look for the commit that introduced the regression.

I've been doing a terrible job of maintaining GNU Stow the last year, and there's quite a backlog of bugs, feature requests, support requests etc. So it's a good time to catch up on these.

The idea here is to study and understand how ephemeral storage for containers works and investigate if local storage could be avoided at all and Ceph used instead. Could new storage driver be developed to support Ceph storage:

define data types to collect informations about cameras and lenses to have a shared data store for lensfun and photo editors. Current state:

Project Description

ostatus is a command line tool designed to answer questions like "what deviations has my system from a fresh installed system", at least in term of installed packages.

Project Description

Try running openSUSE MicroOS on a home NAS.

Project Description

use ioBroker to power-control home-based lab with as low as possible carbon footprint

The Problem: many bugs filed for openSUSE go to the screening-team by default and often remain there for weeks, so that developers (who would be interested in analyzing or fixing these bugs) do not learn about them. However, the screening process is a hard one

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

Implement file system image build using the Builder infrastructure. The project will create additional builders for the ext filesystems laying the ground work for restructuring other filesystem builders.

For development purpose, it is very useful to have an infrastructure that can spot regressions based on commit base. Currently, our existing infrastructure runs mainly SPEC benchmark and is cumbersome from perspective of any further development. I would like to build a replacement that will combine buildbot framework with a custom web project (based on Django framework). The web project will be used both for submitting reports coming from a buildbot slave and for UI which will serve plots and data. If you want to inspire a bit more, please visit Chrome Performance Dashboard or Mozilla telemetry. I hope I can make a simple extendable project that is going to eventually replace existing implementation.

Taskotop is a tool to check what taskomatic is currently doing on a SUSE Manager server: it's a command line python tool. The core of the tool is to get some info about jobs that taskomatic is running with a fixed time cycle running some queries and showing results to the shell.