Farming Together: Building Open-Source Board Farms for Continuous Integration
Explore board farm challenges and solutions for continuous integration in embedded systems. Discuss harmonizing efforts to create an open-source platform for automated testing and remote development.
Automated Testing and Board Farming for Embedded Linux
Explore practical aspects of running board farms for embedded Linux testing. Discuss control software, architectures, hardware tools, and collaboration opportunities in automated testing.
High Stability Rust in Linux Kernel - Testing with KernelCI
Explore the integration of Rust in Linux kernel development, focusing on stability testing through KernelCI. Learn about the importance, implementation, and practical applications of this innovative approach.
Growing a Lab for Automated Upstream Testing: Challenges and Lessons Learned
Explore challenges and solutions in scaling a large-scale automated testing lab, focusing on device management, reliability, and continuous monitoring for open source projects.
KernelCI - How It Can Impact Your Linux Kernel Development
Explore KernelCI's evolution and its impact on Linux kernel development. Learn how it integrates with existing tools, enhances workflows, and supports developers and maintainers.
Merging Kernel Testing Code into KernelCI
Learn how to integrate kernel testing code into KernelCI, expanding its ecosystem through direct additions or KCIDB. Gain insights from CIP project's experience in merging testing systems and collaborating with KernelCI for improved Linux kernel testing.
Merging an Existing Framework Into KernelCI
Learn to integrate existing frameworks into KernelCI, exploring native implementation, testing, and merging processes for enhanced kernel testing and development.
Kernel CI - Improving Automated Testing for Linux Kernel Development
Explore challenges and potential improvements in kernel testing systems, focusing on enhancing reliability, impact, and integration for more effective development and maintenance of the Linux kernel.
Building a Boards Farm: Continuous Integration and Remote Control
Explore the creation of a boards farm for kernel continuous integration, contributing to KernelCI, and implementing remote board control using LAVA infrastructure.
Linux Kernel Functional Testing (LKFT) on Devices - Keeping Up with LTS
Explore Linux Kernel Functional Testing on devices, covering infrastructure, experiences with test suites, tracking LTS, and community involvement for catching regressions in embedded systems.
KernelCI: How Patches Grow Up and Go to School
Explore KernelCI's automated testing process for Linux kernel patches, from submission to integration, and learn about future developments and community involvement opportunities.
KernelCI: Travel Guide 2024 - Mentorship Session
Explore KernelCI's evolution, current capabilities, and future developments in Linux kernel testing. Gain insights into test coverage, infrastructure, and upcoming API and dashboard improvements.
Kernel CI - How Far Can It Go?
Explore kernel testing systems' impact, challenges, and potential improvements. Discuss KCIDB project's role in unifying test data and enhancing developer notifications for more effective kernel development.
Primer - Testing Your Embedded System - What is a ptest, Lava, Fuego, KernelCI and More
Explore frameworks for testing embedded Linux systems, including ptest, Fuego, Lava, and KernelCI. Learn about managing board farms, scheduling tests, and recent developments in the field.
GKernelCI v.2 New Features and KernelCI Compatibility
Explore GKernelCI v.2's new features, including Docker integration, LAVA testing, and KernelCI compatibility via Kcidb, enhancing Gentoo Kernel source testing and stabilization processes.
Merging an Existing Framework into KernelCI
Explore integrating existing frameworks into KernelCI, focusing on collaboration methods, common reporting systems, and lessons learned from GKernelCI and CIP testing systems.
Testing and Fuzzing
Explore advanced Linux kernel testing techniques, including fuzzing, automated testing, and static analysis tools. Gain insights from leading developers to improve kernel reliability and security.
Simple KernelCI Labs with Labgrid
Explore efficient KernelCI testing using Labgrid, a versatile framework for embedded system automation. Learn to streamline Linux kernel development and validation processes.
Contributing to KernelCI for Better Testing and Collaboration
Discover how to contribute to KernelCI's testing framework, learn API usage for patch testing, and understand the importance of collaboration in maintaining Linux kernel stability across diverse hardware platforms.
Meet the New KernelCI
Explore the latest advancements in KernelCI, a crucial tool for Linux kernel testing and continuous integration, presented by industry experts.