Project Description

Description

Plan

The goal of Project MySelf is to build a system to collect data about yourself in a safe and private way, so that you control your data and you can decide what happens with it.

The Linux kernel already has cryptographic support for signature verification on data. This is used to digitally sign kernel modules at build time, and verify integrity and provenance at load time. Likewise the 802.11 subsystem on the Linux kernel had historically in parallel prior to Linux's own kernel signing facility implemented and integrated support to verify file integrity and provenance for use on the Linux regulatory database. The 802.11 subsystem's components that provide this facility are CRDA and wireless-regdb. CRDA and wireless-regdb technically are split up as two separate trees for development, wireless-regdb helps provide the 802.11 regulatory database while CRDA exists as a udev helper to feed to the Linux kernel a regulatory domain when needed. By using a regulatory database in userspace the Linux kernel is able to get updates for regulatory rules without requiring a rebuild. Linux distributions need the digitally signed regulatory.bin file from wireless-regdb tree and the CRDA binary from the CRDA tree. Linux distributions often combine both into one package, some distributions separate the two. The regulatory database is digitally signed by the wireless-regdb maintainer, and distributions that have have compiled in support for digital signature support on CRDA verify the integrity of the file before feeding a regulatory domain to the Linux kernel. Since the kernel module signing facility was merged upstream on Linux we could replace both CRDA and wireless-regdb distribution mechanism by adding cryptographic file signature verification support on Linux on the firmware_class module which provides the APIs to load firmware, and having the regulatory.bin file merged and updated through the linux-firmware tree.

The SMBIOS specification includes an informative annex providing conformance guidelines for DMI table implementations. I would like to write a checker tool to verify the conformance of DMI tables, based on this document. Such a tool could be useful for system firmware writers.

Fix https://todo.sr.ht/~mcepl/m2crypto/204, see more discussion therein.

Abstract:

• Cloud hosted applications are now composed of many microservices often deployed in containers. When things go wrong, are slow, or just not understood, where can we turn?
  

The goal of this project is to create video tutorial describing configuration of SUSE Manager for Retail.

Summary

Project Description

Project Description

Description

Description

Aim is to get into App Development for various plattforms. Flutter seems suitable for this.

I have a Canon PowerShot S120, which allows for browsing / copying photos over WiFi. There are apps for Android, iOS, and Windows to do that. The protocol uses upnp to discover the camera and the smartphone/computer and them some HTTP-based protocol. I have some code using libupnp for the discovery and a perl script that is capable of transfering one file, but it's far from complete. Plus, I need to refresh my memory, because the last commit is from January :-(. Now, there seems to be some support for such cameras in gphoto already. So the plan is to dive into gphoto and use what I learned about the protocol to fix the gphoto support.

Learn Coccinelle ,we need automatic kernel backporting with Coccinelle.

Marvin is a job scheduler that the Performance Team at SUSE Labs uses to automate the execution of the performance test suite MMTests. For more details on what Marvin does and how, see Mel Gorman's blog post "Continual Testing of Mainline Kernels".

openSUSE Leap 42.3 goes for a rolling release model with automated openQA tests. That covers only so much though. We need manual testing too. In previous releases a google document spread sheet was used to coordinate and track the efforts.That's probably not the best method anymore.

OpenFaaS - Functions as a Service

kubeojo in 10 seconds-click-me to visualize-demo-link

As there is no progress around MIrrorPinky since 5 years now, let's say the project is dead and look for something different, which allows Mirror administrators to edit the settings of their own mirrors.

This is my attempt to catch up on the field of machine learning. In order to not "waste" time of exercising with dummy data the Security team came up with a couple of interesting questions:

I started Standford's machine learning course but after getting stuck in one assignment (ex4, Week5), it fell of the table due to lack of time and focus.

In order to get me help managing our football (en_us: "soccer") team, I developed a web tool in php.

Use the V4L2 API in a PySide qt6.3 application to capture frames, monitor and adjust image exposure from a camera Frame capture is functional

Goal for this Hackweek

revisit the workflow and propose changes which will

Description

There is a character limit of <=80 characters in s390x, for OSD we workaround this problem using a url shortener, like http://s.qa.suse.de/ but we don't have anything equivalent for O3. Some colleagues recommended https://v.gd/ but some initial test showed that cannot shorten ftp urls.

Project Description

Q: How many new bugs opened over time for a package?

Micro-service for - making a report

CodeMirror is a text editor implemented in JavaScript for the browser, openQA introduced CodeMirror in its source viewer, this project is learn more things from CodeMirror and trying to improving the source viewer in openQA, already had a ticket related, even can polish source viewer more, eg. file folding, etc.

Description

I want to create a basic web dashboard for Jenkins view with help of Jenkins XML API , Pharo, Seaside and Bootstrap. The biggest benefit for me would be if I can learn how to handle with Classes and its instances containing data from Jenkins in pure object programming language.

I found recently that my DVB-T tunner plugged into Turris Omnia router gets a lot of I2C errors and sometimes divisions by zero.

just learning this awesome software we contribute at @suse upstream.

I have noticed that explaining HA cluster concepts to non technical people is not easy (my parents for example hehe). In order to improve that I would like to create a more visual project using raspberry pi-s.