Key topics for programmers include memory management systems, the design and partitioning of memory in relation to the kernel and OS applications, and multi-threaded paradigms at both the kernel and application levels. Understanding the device driver framework for modern operating systems is crucial, as well as familiarizing oneself with the modern data structures utilized by the Linux kernel for I/O, networking, and cache management. The open-source nature of the Linux kernel provides an invaluable resource for in-depth exploration and learning.
PREREQUISITESProgrammers, system architects, and software developers looking to deepen their understanding of operating systems, memory management, and multi-threading concepts.
chiro said:Hey EntropicLove.
I'd recommend learning about memory management systems, and the partitioning and design of memory with respect to the kernel, OS application, and other application levels.
I'd recommend you look at the device driver framework for modern OS platforms and I would also suggest you look at multi-threaded paradigms at both the kernel and application level.
Finally, take a look at the modern data structures that the kernel uses for I/O, networking, memory management, application execution, system and application libraries, system executables, and cache management.
Since the linux kernel is fully available open source, this will give you a real repository to look into and if you can find a decent guide, then it will keep you busy for a while.