Rust Microkernel: From Boot to Virtual Memory, Scratch-Built
One dev's gap between jobs sparked a Rust microkernel odyssey: boot to virtual memory in five gritty parts. It's a reminder that OS abstractions hide smart engineering, not sorcery.
One dev's gap between jobs sparked a Rust microkernel odyssey: boot to virtual memory in five gritty parts. It's a reminder that OS abstractions hide smart engineering, not sorcery.
What if an AI could roast your Linux kernel patch better than the mailing list sharks? Sashiko does just that—catching bugs humans miss while keeping the open-source peace.
Your RISC-V board hums to life — then crashes. Again. That's the story of XIP support in Linux, now facing the delete key after relentless bugs.
Imagine firing up a 1989 Intel i486 in 2025—Linux just said no. Kernel devs are purging decades-old baggage, freeing resources for tomorrow's silicon.