The Goal is...

Well the see of openSUSE Infrastructure has been unrest and need our attention. I would like to invite you for this cruise trip.

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.

Circuits is a coding marathon to challenge developers with several programming questions of varying difficulty level over 9 days.

The goal is to create a set of YAML files describing L3 supported products with all metadata we need to store there - and a JS presentation layer automatically showing this data in several forms, one of them will be a part of our L3 documentation.

Ai and Machine learning play important role in our life, I'd like to learn it.

I have been known to talk anybody I held presentations with into using odpdown.

The state of the art of sysv/posix ipc benchmarking is a combination of ad-hoc programs scattered over the internet. While some mechanisms, such as sysv semaphores, have a lot of coverage, others really lack (message queues), and some are simply non-existent; albeit some of the legacy flavors we aren't too concerned with, other than them being functionally correct.

The YES Certification Tool Kit has long needed Video Tutorials for clean step-by-step tool usage and configuration. These will be done with video screen scrapes and audio overlay.

I'll spend half of hackweek preparing for the CISSP certification, in the other half I want to learn Ghidra (https://ghidra-sre.org/) and solve some reverse engineering quests with it

Hackweek 21?

The primary arcade machine emulator is MAME, and it has a very specific format for romset compression. I have previously started a project call pyros that allows the creation and update of MAME romsets. The project consists of the following tools:

In the past, some customers ever complained that OCFS2 file system performance went down when listing a big directory (e.g. include 400k files). According to my preliminary investigation, this performance problem is related to file system block allocation algorithm. Then, I want to look at the current mainstream file systems (e.g. EXT4, XFS, etc) block allocation algorithms in this hack week, compare and analysis these algorithms advantages/disadvantages.

Currently, As QA, we design matrix for the test cases, then use matrix to generate test cases' name, then according the test cases' name to add related settings, then add those cases' name and settings to the openQA test suite. I hope, we can design matrix first, then other steps will be generated by automatically.

Roughly follow a few selective chapters from the book 'Hands-On Machine Learning with Scikit-Learn and TensorFlow'

https://mycroft.ai/

1.Test to burn the opensuse kernel on Raspberry Pi and make it working. 2. Try to use Raspberry Pi to control some sensors.

What I do: learn the virtualization knowledge, get familiar with various ways to migrate guest, know the user's normal scenarios and requirement. Goals: give an introduction or a summary to share, including text and graphics about virtualization and guest migration.

Instruction