/explore
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next-hack.com | ||
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asahilinux.org
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| | | | | [AI summary] This article details the extensive work and challenges faced in bringing Linux to the Apple M1 chip, covering hardware reverse engineering, driver development, and system integration. It highlights the integration of various hardware components, including UART, I²C, and framebuffer support, as well as the community efforts and future roadmap for Asahi Linux. | |
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tomscii.sig7.se
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dumblebots.com
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| | | | | In this blog, I will be explaining how to get started with bare-metal Assembly Language programming on AVR microcontrollers, along with an example for the ATmega328P. We will see how a program is stored and executed by the Microcontroller's hardware; the syntax of the Assembly language, and also how to build and upload your program... | |
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offlinemark.com
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| | | This post details my adventures with the Linux virtual memory subsystem, and my discovery of a creative way to taunt the OOM (out of memory) killer by accumulating memory in the kernel, rather than in userspace. Keep reading and you'll learn: Internal details of the Linux kernel's demand paging implementation How to exploit virtual memory [...] | ||
