Custom Linux Kernel & Distribution Building Linux Kernel & Custom Distributions · 4:20 A hands-on deep dive into building a custom Linux system from the ground up, guiding listeners through the Linux From Scratch methodology, toolchain bootstrapping, and the art of assembling every core component — from Glibc to Binutils — without relying on pre-built distributions.
Linux From Scratch Foundation Linux Kernel & Custom Distributions · 4:04 Dive into the foundational process of building a complete Linux system entirely from source code, starting with a stable host environment and essential components like the kernel, glibc, and a cross-compiler toolchain. Listeners will gain a clear understanding of the core building blocks — including Binutils and GCC — that form the backbone of a custom Linux distribution.
Kernel Configuration Essentials Linux Kernel & Custom Distributions · 4:46 A hands-on guide to configuring the Linux kernel using menuconfig, walking you through navigating driver options and hardware settings to build a kernel perfectly tailored to your system.
Init Systems & Boot Process Linux Kernel & Custom Distributions · 3:59 Exploring how Linux hands off control from the kernel to the init system, this song breaks down the boot process from bootloader to userspace, revealing how PID 1 orchestrates the startup sequence that brings your system to life.
Device Trees for Hardware Description Linux Kernel & Custom Distributions · 3:49 Exploring how device trees serve as a hardware blueprint for ARM-based systems, this chapter teaches you how structured configuration files communicate critical hardware details—memory maps, interrupt lines, GPIO pins, and clock definitions—to the Linux kernel at boot time.
Kernel Driver Development Fundamentals Linux Kernel & Custom Distributions · 3:41 Diving into the foundational world of Linux kernel driver development, covering the essential building blocks of module registration, exit functions, and the key driver types including character, block, network, and platform devices.
Memory Management & I/O Paths Linux Kernel & Custom Distributions · 4:34 Dive into the Linux kernel's memory management system, exploring how virtual pages, physical frames, slab allocators, and the buddy system work together to keep memory organized and efficient. You'll also uncover the mechanics of I/O paths, stack and heap behavior, and how the page fault handler keeps everything running smoothly.
Embedded Distribution Tools Linux Kernel & Custom Distributions · 3:34 Explore the essential tools for building compact, efficient embedded Linux systems, with a focus on how BusyBox consolidates critical utilities into a single binary to power minimal distributions.
Architecture Porting Strategies Linux Kernel & Custom Distributions · 3:44 Dive into the essential techniques for bringing the Linux kernel to new and custom hardware architectures, covering board support packages, device trees, and how to properly map hardware resources like GPIO pins and memory layouts.
Kernel Debugging & Performance Analysis Linux Kernel & Custom Distributions · 5:01 Dive deep into the world of kernel-level troubleshooting, where you'll master the tools and techniques needed to diagnose system freezes, crashes, and performance issues lurking beneath user space. From boot parameters to serial debugging, you'll gain the skills to track down even the most elusive kernel mysteries.
Writing Your First Kernel Module Linux Kernel & Custom Distributions · 4:24 Dive into the foundational steps of writing your first Linux kernel module, exploring the critical divide between userspace and kernel space while mastering the essential lifecycle functions and headers that bring a module to life.
Memory Profiling and Debugging Techniques Linux Kernel & Custom Distributions · 3:43 Dive into the essential tools and techniques for detecting memory leaks, double-free errors, and heap corruption in the Linux kernel, from Valgrind to Address Sanitizer. You'll learn how to track dynamic memory allocations and navigate the debugging maze to build more stable, efficient systems.