A Federated OpenID Connect Provider
Integrate any identity provider into your application using OpenID Connect.
Federate across upstream identity providers with ease.
The Simple & Reliable Logs Solution That Scales
High Performance | Open Source | Logging Solution
VictoriaMetrics is a fast, cost-saving, and scalable solution for monitoring and managing time series data. It delivers high performance and reliability, making it an ideal choice for businesses of all sizes.
ParaView is the world’s leading open source post-processing visualization engine.
Altair® Radioss® is an industry-proven analysis solution that helps users evaluate and optimize product performance for highly nonlinear problems under dynamic loadings. For more than 30 years, organizations have used Altair Radioss to streamline and optimize the digital design process, replace costly physical tests with quick and efficient simulation, and speed up design optimization iterations.
OpenRadioss is the publicly available open-source code base that a worldwide community of researchers, software developers, and industry leaders are enhancing every day. OpenRadioss is changing the game by empowering users to make rapid contributions that tackle the latest challenges brought on by rapidly evolving technologies like battery development, lightweight materials and composites, human body models and biomaterials, autonomous driving and flight, as well as the desire to give passengers the safest environment possible via virtual testing.
With OpenRadioss, scientists and technologists can focus their research on a stable code base under professional maintenance that benefits from the large library of existing finite element capabilities and the continuous integration and continuous development tools provided to contributors.
PrePoMax is an open-source pre and post-processor for the Calculix FEM solver based on a modern user interface to speed up the FEM workflow.
![]PrePoMaxhttps://prepomax.fs.um.si/wp-content/uploads/2021/06/main.ico)
cowsql (/ˈkaʊ,siːkwəl/ listen) is a C library that implements an embeddable and replicated SQL database engine with high availability and automatic failover.
cowsql extends SQLite with a network protocol that can connect together various instances of your application and have them act as a highly-available cluster, with no dependency on external databases.
The name "cowsql" loosely refers to the "pets vs. cattle" concept, since it's generaly fine to delete or rebuild a particular node of an application that uses cowsql for data storage.
Incus is a next-generation system container, application container, and virtual machine manager.
It provides a user experience similar to that of a public cloud. With it, you can easily mix and match both containers and virtual machines, sharing the same underlying storage and network.
Incus is image based and provides images for a wide number of Linux distributions. It provides flexibility and scalability for various use cases, with support for different storage backends and network types and the option to install on hardware ranging from an individual laptop or cloud instance to a full server rack.
When using Incus, you can manage your instances (containers and VMs) with a simple command line tool, directly through the REST API or by using third-party tools and integrations. Incus implements a single REST API for both local and remote access.
The Incus project was created by Aleksa Sarai as a community driven alternative to Canonical's LXD.
Today, it's led and maintained by many of the same people that once created LXD.
Here is the place to organize development around federation for Forgejo.
This repository contains information on the architecture and the threat model of Forgejo's in-progress federation integration, as well as decisions revolving around the architecture itself.
Our federation roadmap contains a list of planned features and the features' requirements and specifications.
kaniko is a tool to build container images from a Dockerfile, inside a container or Kubernetes cluster.
Important
This is a supported replacement of the original GoogleContainerTools/kaniko repository, which was archived in June of 2025. Further details in History and Status.
kaniko doesn't depend on a Docker daemon and executes each command within a Dockerfile completely in userspace. This enables building container images in environments that can't easily or securely run a Docker daemon, such as a standard Kubernetes cluster.
kaniko is meant to be run as an image. We do not recommend running the kaniko executor binary in another image, as it might not work as you expect - see Known Issues.
udev is targeted at Linux kernels 2.6 and beyond to provide a userspace solution for a dynamic /dev directory, with persistent device naming. The previous /dev implementation, devfs, is now deprecated, and udev is seen as the successor. udev vs devfs is a sensitive area of conversation - you should read this document before making comparisons.
Over the years, the things that you might use udev rules for has changed, as well as the flexibility of rules themselves. On a modern system, udev provides persistent naming for some device types out-of-the-box, eliminating the need for custom rules for those devices. However, some users will still require the extra level of customisation.
This document assumes that you have udev installed and running OK with default configurations. This is usually handled by your Linux distribution.
This document does not cover every single detail of rule writing, but does aim to introduce all of the main concepts. The finer details can be found in the udev man page.
This document uses various examples (many of which are entirely fictional) to illustrate ideas and concepts. Not all syntax is explicitly described in the accompanying text, be sure to look at the example rules to get a complete understanding.
udev (user space /dev) is a user space system that enables the operating system administrator to register user space handlers for events. The events received by udev's daemon are mainly generated by the Linux kernel in response to physical events relating to peripheral devices. As such, udev's main purpose is to act upon peripheral detection and hot-plugging, including actions that return control to the kernel, e.g. loading kernel modules or device firmware. Another component of this detection is adjusting the permissions of the device to be accessible to non-root users and groups.
As the successor of devfsd and hotplug, udev also manages device nodes in the /dev directory by adding, symlinking and renaming them. udev replaces the functionality of both hotplug and hwdetect.
udev handles separate events concurrently (in parallel), leading to a potential performance improvement over older systems.
As many of you know, I have moved almost all my repositories from Github to Codeberg a while ago. Now I want to take it to the next level: Build my own little CI/CD engine!
Now, codeberg offers CI/CD with their Woodpecker instance at ci.codeberg.org, which I used in the past for example to build this blog but as codeberg is based on forgejo, you can have an even more interesting way to build your stuff — Forgejo Actions. So let’s explore that road!
This role installs and manages gitea or forgejo. A painless self-hosted Git service. Gitea is a community managed lightweight code hosting solution written in Go. Forgejo is a fork of it. Source code & screenshots gitea. Source code forgejo. This role is also Part of the Ansible-Collection l3d.git.
Crow CI is a Continuous Integration & Continuous Delivery (CI/CD)1 application.
It is designed to be lightweight, fast and extensible.
Features
- FLOSS License (Apache 2.0)
- 150 MB Memory requirement
- Container and Kubernetes backends
- Multi-forge support (GitHub, GitLab, Forgejo, Gitea, Bitbucket)
- SQLite, Postgres and MySQL support
- Flexible agent handling (Global, org, user)
- DAG pipeline visualization
- OAuth2 support
- Extension/Plugin system
- Integrated secret storage
- Maintenance panel
- HA-capable
Coming soon:
- Multi-forge Login support
- External secret store integration
Welcome to the OpenZFS Documentation. This resource provides documentation for users and developers working with (or contributing to) the OpenZFS project. New users or system administrators should refer to the documentation for their favorite platform to get started.
- Delprof2
- SetACL Studio
- SetACL
- SendToSplunk
- DiskLED
- FileIOTest
- SessionProtocolInfo
- ...
This article explains how to install a Samba v4 Active Directory domain controller in a Docker container. This post is part of my series on home automation, networking & self-hosting that shows how to install, configure, and run a home server with dockerized or virtualized services.
This is a Gnome Shell extension implementing modern windows tiling system by extending GNOME's default 2 columns to any layout you want! Can be installed on Gnome Shells from 42 to 48 on X11 and Wayland: the most recent GNOME Shell is supported, and older releases will include all the features and bug fixes!
- 🤩 First and only extension that provides Windows 11's snap assistant
- 🖥️🖥️ multiple monitors support, even with different scaling factors!
- ⚙️ Manage, edit, create and delete layouts with a built-in editor
- 💡 Layouts are not strict, you can span multiple tiles if you want
- 🚀 Automatically sets the same UI of your GNOME theme, for a seamless integration!
uCore is an OCI image of Fedora CoreOS with "batteries included". More specifically, it's an opinionated, custom CoreOS image, built daily with some common tools added in. The idea is to make a lightweight server image including commonly used services or the building blocks to host them.
Please take a look at the included modifications, and help us improve uCore if the project interests you.
The next generation Linux workstation, designed for reliability, performance, and sustainability.
