How to Introduce KUnit to Physical Device Drivers
Explore strategies for implementing KUnit testing framework in physical device drivers, enhancing Linux kernel development practices and code reliability.
Isolation Aware SMP_Call_Function - Queue_Work_On APIs
Explore isolation-aware APIs for efficient CPU management in Linux systems, focusing on smp_call_function and queue_work_on functionalities.
The Emerging of the Virtual QA Team for Linux Kernel
Explore the formation and impact of a virtual QA team for the Linux kernel, discussing its role in enhancing kernel development and quality assurance processes.
Checking Your Work - Linux Kernel Testing and CI
Explore Linux kernel testing and continuous integration methodologies, focusing on best practices and tools for ensuring code quality and reliability in kernel development.
KUnit - Function Redirection and More
Explore advanced KUnit techniques including function redirection for enhanced kernel testing, presented by experts Brendan Higgins and David Gow.
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.
Linux Needs a Scheduler QOS API -- and It Isn't Nice
Explore the need for a Scheduler QOS API in Linux and why the nice(2) system call is insufficient, presented by Len Brown at the Linux Plumbers Conference.
Where Are We on Security Features?
Explore the current state and future developments of Linux security features with experts Kees Cook and Qing Zhao in this insightful discussion from the Linux Plumbers Conference.
Improving Data Placement for Zoned Linux File Systems
Explore strategies for optimizing data placement in Zoned Linux File Systems, enhancing performance and efficiency in storage management.
Supporting Non-Power of 2 Zoned Devices
Explore the challenges and solutions for supporting non-power of 2 zoned devices in Linux systems, enhancing storage efficiency and compatibility across diverse hardware configurations.
Extending EFI Support in Linux to New Architectures
Explore the process of extending EFI support in Linux to new architectures, covering key challenges, implementation strategies, and potential benefits for system developers and maintainers.
Towards Secure Unified Kernel Images for Generic Linux Distributions and Everyone Else
Explore secure Unified Kernel Images for Linux distributions, enhancing system integrity and boot processes across diverse hardware configurations.
High Memory Management API Changes
Explore high memory management API modifications in Linux, focusing on recent changes, their implications, and potential future developments.
systemd cgroup delegation and control processes
Explore systemd cgroup delegation and control processes with Michal Koutný, delving into advanced Linux system management techniques and their practical applications.
Open Source FPGA NVMe Accelerator Platform for BPF Driven ML Processing with Linux - Zephyr
Explore an open-source FPGA NVMe accelerator platform for BPF-driven machine learning processing, integrating Linux and Zephyr operating systems for enhanced performance and flexibility.
Linux IEEE 802.15.4 MLME Improvements
Explore advancements in Linux IEEE 802.15.4 MLME, focusing on key improvements and their impact on wireless networking protocols for low-power devices.
Linux per CPU Idle Injection
Explore per-CPU idle injection in Linux, its implementation, challenges, and potential improvements for enhanced power management and system performance.
State of Kprobes - Trampolines Batch Attachment
Explore the latest developments in kprobes and trampoline batch attachment for Linux kernel debugging and performance analysis.
Current Status and Future Plans of DAMON
Explore the current state and future roadmap of DAMON, a data access monitoring framework for Linux systems, with insights from developer SeongJae Park.
Why is devm_kzalloc() Harmful and What Can We Do About It
Explore the drawbacks of devm_kzalloc() in Linux kernel development and discover alternative approaches for efficient memory management and resource allocation.
The Maple Tree
Explore the intricacies of the Maple Tree data structure in Linux, its implementation, and its potential applications in enhancing system performance and efficiency.