Outer Web | Explore

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You are here		daveshacks.blogspot.com Dave's Hacks: Inside the arm1v - the ALU control logic
\|	\|	www.righto.com Conditional instructions in the ARM1 processor, reverse engineered	2.9 parsecs away Travel
\|	\|	By carefully examining the layout of the ARM1 processor, it can be reverse engineered. This article describes the interesting circuit used ...	2.9 parsecs away Travel
\|	\|	www.righto.com The ARM1 processor's flags, reverse engineered	2.5 parsecs away Travel
\|	\|	This article reverse-engineers the flag circuits in the ARM1 processor, explaining in detail how the flags are generate, controlled, and ...	2.5 parsecs away Travel
\|	\|	www.righto.com Silicon reverse engineering: The 8085's undocumented flags	3.0 parsecs away Travel
\|	\|	The 8085 microprocessor has two undocumented status flags: V and K. These flags can be reverse-engineered by looking at the silicon of the ...	3.0 parsecs away Travel
\|	\|	coredumped.dev Building an Emacs lisp VM in Rust Core Dumped	24.3 parsecs away Travel
\|		Updated: 2023-01-06 About a year ago I was bitten by the PL bug. It started with reading Crafting Interpreters and discovering the wonders hidden under the hood of a compiler. I am also been a big fan of Emacs, and this started to get me interested in how its interpreter works. At the same time, I was reading the Rust book and trying to understand the concepts there. This all came to a head, and I decided to write an Emacs Lisp interpreter called rune in Rust.	24.3 parsecs away Travel