Add necessary code to Machinery project to allow it to create a Kickstart file for Red Hat and CentOS systems, just as it currently does AutoYaST for SLES and OpenSUSE systems.

When developing a new feature on Suse Manager, it become handy to have a minimal fast suite that performs some tests to see if basic functionality work again and no regression is added. The tests should use rspec and run chrome headless driver.

susi.ai is an open source personal assistant. It would be fun to be able to say it "Bring up VM xxxx on host yyyy" or other things like this.

www.kdevelop.org: KDevelop is my favorite IDE. www.rust-lang.org: Rust is very interesting language.

This is a documentation-only project: Describe how we did the SaltConf 2017 SUSE keynote demo and check in the code examples as a GitHub project.

The idea is to create a new standalone project on GitHub that provides a minimal (e.g. Python Flask-based) server implementation Formulas with Forms that anyone can embed into their own Salt projects.

Our internal openQA server is running but has serveral limitation. I will update it to SLE12SP3 and try to make it more smart.

Back in the day I wrote mkdocs-pandoc, a tool that lets you generate Pandoc from documentation in mkdocs documentation. The target format for mkdocs is HTML pages. The target format for Pandoc is not really limited: you can use it to generate HTML, asciidoc, PDF (via LaTeX), EPUB and many others. Now I do not really have a use for mkdocs-pandoc at the moment, so I've been letting its maintenance slip - basically I'm not maintaining it anymore. It is still a useful tool, and I'd be happy to see it dusted off and adopted by someone who uses it actively enough to maintain it. I'll ask around among the various folks who forked it (there are a few), but maybe there's someone at SUSE who'd be interested as well.

As you may already know, AutoYaST offers integration with Salt and Puppet through the YaST2 Configuration Management module. Some months ago we got a feature request to add support to Ansible, another quite popular automation tool. It should be rather easy to add basic support for it.

Microsoft Azure offers a bunch of interesting RESTful protocols, providing access to objects (Block Blobs, similar to S3 Objects), disk images (Page Blobs) and file systems (Azure Files). The underlying services seem to map pretty closely to RADOS, RBD and CephFS respectively, so adding support for these protocols to Ceph, despite being a lot of work, should be relatively straightforward. I've already worked on implementing a C client for these protocols via Elasto, so it might be worth reusing the same code in implementing the server functionality atop the public librados / librbd / libcephfs libraries. The other option would be to use civetweb/rgw, which is already embedded within Ceph for S3/SWIFT gateway support.

Two blog posts planned in different platforms.

Write a script give the user a more friendly UI, when running the btrfs userspace tools to check or repair a problematic filesystem. learn python & use it.

The idea is to have a simple, easily invoked tool which can be run every day or even several times a day (manually or scheduled) without burdening user or computer too much (e.g. reboot for partition copy, copying large data volumes etc.) via network to another computer. some considerations:

As daps seems to be the only package depending on aspell in the openSUSE distro, it's time to make aspell optional and integrate the preferred hunspell. See https://github.com/openSUSE/daps/issues/422

Currently teuthology server is possible to install on ubuntu and setup-script has lack of support of SUSE os, as well as some missing dependencies like beanstalk service.

I have a crappy old Lenco IR2100 Internet Radio which we shelfed as the 'Internet' part was really crappy. But as this has a nice wooden case and two reasonable speakers I thought I could retro-fit it with a raspberry + miniAMP to finally have a real internet radio.

Objectives:

Learn about the concept

Description of the problem: There is a website which we want it to be Available even in the following situations:

Using the LNT tool we can replace our current gcc.opensuse.org website. Apart from LNT, I would also utilize Builbot python build system.

Now that Windows Fall Creator is out, I wanted to enable Windows Subsystem for Linux (WSL) on my VMDP build box and install openSUSE. Then inside openSUSE, I wanted to be able to build the qemu-ga component for VMDP. After adding the mingw packages along with git, I was successful in building qemu-ga. My next step is to move the built qemu-ga components into the packaging area of VMDP to produce the full VMDP package with qemu-ga in it.

My knowledge of Qt is still superficial, I would like to deepen it and also learn QtQuick. Reading some books, experimenting and contributing somewhere.

-serial mon:stdio 按Ctrl+c可以不退出

This is a project I made for IoT World Hackathon (May 16-17th 2018), sponsored by Google. The project features a streamlined product manual query system deployed with Google Cloud Platform, Google Assistant, and DialogFlow which greatly reduces time searching for instructions by building a voice-controlled and natural language understanding conversational interfaces on Raspberry Pi.

Research Interfacing Linux with: - 1-wire and other weather sensors (temperature, wind, humidity, rain)

The Infineon XMC4800 EtherCAT Relax Kit microcontroller board has two EtherCAT RJ45 connectors. I'd like to investigate using openSUSE (or SLES) as EtherCAT master.