See also: Collapse OS, Dusk OS

• Vol 2, ch. 2: Instruction format

  • II.2.1.3: ModR/M and SIB bytes

  • II.2.1.5: Encoding of ModR/M and SIB bytes

    • Tb. 2-2, Tb. 2-3: 32-bit tables

  • II.2.2: 64-bit, aka "IA-32E", REX prefix

• Vol 2, ch. 3–6: Specific instruction references

  • Vol 2, ch. 3.1: How to interpret instruction tables

• Vol 2, appendix B: Examples of encodings

See also:

• Table overview: http://ref.x86asm.net/coder64-abc.html (https://links.johv.dk/293)

• https://lobste.rs/s/99rf3c/state_garnet_2025

• https://xn--rpa.cc/irl/wings.html
• https://hale.su

• https://www.howardrudd.net/computing/understanding-m-e-oneills-pcg-generator-part-2/

• https://lobste.rs/s/iyncoq/bytecode_interpreters_for_tiny

• https://fasterthanli.me/series/making-our-own-executable-packer/part-4#the-system-v-abi-for-x86-64

• https://max.engineer/long-term-refactors

See especially the handling of closures.

• https://johnnydecimal.com/10-19-concepts/12-advanced/12.03-the-standard-zeros/

• https://news.ycombinator.com/item?id=41518094

• https://lobste.rs/s/c7gqf7/love_letter_s7_scheme_2016
• https://carloscarrasco.com/love-letter-to-s7-scheme/

• https://unixism.net/2019/04/linux-applications-performance-introduction/

Heterogeneous metaprogramming

See also:

• https://www.lucavall.in/blog/barco-linux-containers-from-scratch-in-c

• https://blog.ylxdzsw.com/2023-06-random-notes-on-unshare-based-containers.html