New Tools Improve Patch Submission, Review, and Other Processes
Explore innovative tools enhancing Linux kernel development processes, including patch submission and review, with insights from Sony's expert Frank Rowand.
Upstream First Principle - Introduction to CIP Kernel Team Activities
Explore CIP Kernel Team's "Upstream First" approach, focusing on open-source development, security, and testing for long-term industrial Linux support.
Best Practices for Getting Your Patches Accepted - Linux Kernel Development
Learn best practices for getting Linux kernel patches accepted from maintainer Greg Kroah-Hartman. Gain insights on common pitfalls, proper submission techniques, and how to increase your chances of patch approval.
From an Idea to a Patch in the Linux Mainline
Learn the process of contributing to the Linux kernel, from initial concept to submitting a patch. Explore analysis tools, patch preparation, and feature implementation techniques.
The Forefront of NVDIMM Development on Linux Kernel
Explore cutting-edge developments in NVDIMM technology for Linux kernels, focusing on recent advancements and future directions in non-volatile memory integration and optimization.
KUnit Testing Strategies for Linux Kernel Development
Learn effective KUnit testing strategies for Linux kernel development, including parameterized testing, dependency injection, and compile-time indirection techniques.
New Tools Improve Patch Submission and Review for Linux Kernel Development
Explore new tools enhancing Linux kernel development processes, including patch submission and review, with insights on Git tools, Lore mail archive, and B4 workflow improvements.
The List is Our Process - Analysis of the Linux Kernel's Email-based Development
Análisis del proceso de desarrollo del kernel Linux basado en correo electrónico, explorando propiedades clave, fortalezas y debilidades desde la presentación inicial hasta la inclusión final del código.
Formal Verification Made Easy and Fast
Learn practical approaches to formal verification in Linux kernel development using Finite-State Machines and tracing events, with insights on low-overhead runtime verification techniques.
Safeguards in the Stable Kernel Process
Learn about kernel tree safeguards, stable kernel processes, and testing strategies to ensure robust and reliable Linux kernel releases. Gain insights into Microsoft's approach to kernel development.
Container Kernel Development
Explore advanced container kernel development topics, including procfs reworking, time namespaces, file descriptor management, and efficient container spawning techniques.
The Static Check Needle in the Warnings Haystack
Techniques to efficiently identify and address new static check warnings in Linux kernel patches, improving code quality and submission process.
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.
Upstreaming a Qualcomm SoC
Explore the process and challenges of integrating Qualcomm SoC support into the Linux kernel, with insights from an industry expert.
Kernel Coding the Upstream Way
Learn essential techniques for contributing to the Linux kernel, including coding standards, patch submission, and collaboration with the upstream community.
Toolchain-Agnostic Build Time Improvements for Linux Kernel
Explore strategies for improving Linux kernel compile and build times, including header optimization, automated refactoring, and link-time de-duplication techniques.
PREEMPT_RT - How Not to Break It
Explore PREEMPT_RT patch set challenges, future development considerations, and addressing limitations to maintain low latencies in real-time Linux systems.
Upstreaming Legacy Linux-Based Platforms - Benefits and Challenges
Discover the long-term benefits and practical tips for upstreaming legacy Linux-based platforms, overcoming challenges, and minimizing future maintenance work.
Overview of a Modern DRM Driver
Explore modern DRM driver features: firmware-offloaded scheduling, GPU VA manager, and explicit-only sync primitives in Imagination Technologies' open-source PowerVR driver.
Adding Support for Power Over Ethernet to Linux Network Stack
Learn about integrating Power over Ethernet (PoE) support into the Linux network stack, including implementation details, kernel modifications, driver development, and future enhancements.
Real-Time Linux: What Is Next?
Panel discussion on the future of real-time Linux kernel, exploring its current state, ongoing developments, and potential applications in safety-critical systems.