Status of Embedded Linux - Recent Developments and Challenges
Explore recent Linux kernel developments for embedded systems, covering boot time, size, realtime, power management, and security. Gain insights into market successes and ongoing challenges.
From an OSS-Fuzz Report to LKML Patch Submission - A Hands-on Journey
Hands-on guide to fixing vulnerabilities using OSS-Fuzz reports, from debugging to submitting patches to the Linux Kernel Mailing List. Learn to contribute to open source projects and improve software quality.
FOSS Static Analysis Tools for Embedded Systems and How to Use Them
Explore FOSS static analysis tools for embedded systems, covering kernel and userspace, local tools, and integrated solutions. Learn implementation techniques and best practices.
Rust for Linux: Writing Safe Abstractions and Drivers
Explore Rust integration in Linux kernel development, focusing on safe abstractions, driver creation, and infrastructure setup. Learn to write Rust modules without unsafe code.
Coccinelle for Rust - Searching and Modifying Rust Code
Exploring Coccinelle's adaptation for Rust, its potential in Linux development, and seeking feedback on the tool's current state and future applications.
Converting a DRM Driver to Rust
Explore the challenges and benefits of rewriting a DRM driver in Rust for the Linux Kernel, from the perspective of a C programmer transitioning to Rust development.
SEV-SNP Development Status Update - Current Progress and Future Plans
Explore AMD SEV-SNP's enhanced guest protection, upstream development progress, challenges, and future plans for features like live-migration and interrupt security.
From C to Rust: Bringing Rust Abstractions to Embedded Linux
Explore the journey of bringing Rust abstractions to embedded Linux kernel development, focusing on device drivers and common frameworks used in embedded systems.
Rust for Linux: Code Documentation and Testing - Mentorship Session
Explore Rust for Linux: safety guarantees, documentation practices, and testing methodologies. Learn about code contracts, invariants, and writing effective examples that double as tests.
Linux Kernel Programming - Writing a Simple Character Device Driver
Learn to create a simple character-device driver and communicate with it from userspace in Linux kernel programming, enhancing your OS development skills.
Setting Up an Environment for Writing Linux Kernel Modules in Rust - Mentorship Session
Hands-on guide to set up a development environment for Linux kernel modules using Rust. Covers software installation, kernel building, and debugging tools on Ubuntu.
Trust and the Linux Kernel Development Model
Explore the trust model and development process behind the Linux kernel with insights from a leading maintainer on community collaboration and reliability.
BPF LSM - Updates and Future Developments
Explore BPF LSM's latest updates, real-world applications, and future developments. Learn about new features, case studies, and challenges in building advanced security policies.
The Maple Tree and Lock Scalability
Explore advanced data structures and locking techniques for improved system performance with insights from industry experts Liam Howlett and Michel Lespinasse.
Do We Keep PATA Support?
Explore the future of PATA support in Linux systems and its implications for hardware compatibility and system performance.
How to Get Your DT Schema Bindings Accepted in Less Than 10 Iterations
Learn best practices, common mistakes, and useful tricks for writing and converting Devicetree schema bindings in YAML format to streamline the acceptance process.
Unraveling RCU-Usage Mysteries - Additional Use Cases
Explore advanced RCU usage scenarios and unravel complex implementation mysteries in Linux kernel development with expert guidance and practical insights.
From an Idea to a Patch in the Linux Mainline
Explore the journey of contributing to the Linux kernel, from conceptualizing an idea to successfully merging a patch into the mainline codebase.
Stateless HEVC Decoding in Mainline Linux - The Rocky Road to Becoming a Stable API
Explore the journey of implementing stateless HEVC decoding in Linux, covering API design challenges, hardware requirements, and the path to stability in the mainline kernel.
Accelerated Mainline Linux Development Ahead of SoC Availability
Explore TI's pre-silicon Linux development for SoCs, leveraging simulations to test designs, fix bugs, and add kernel support before chip production, saving time and resources.
Enabling Kfuncs to Specify Modifiers Per-Argument - Linux Kernel Development
Explore advanced BPF programming techniques, including kfunc modifiers, bpf_struct_ops operations, and local storage map types for enhanced kernel functionality.