#mmix — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #mmix, aggregated by home.social.
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There is no public #DOOM port for #MMIX
Albeit having a fully-fledged simulator laying around called "virtual motherboard" (https://vmb.sourceforge.net/), with a framebuffer, I/O and all.
This could be my next project.
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There is no public #DOOM port for #MMIX
Albeit having a fully-fledged simulator laying around called "virtual motherboard" (https://vmb.sourceforge.net/), with a framebuffer, I/O and all.
This could be my next project.
-
There is no public #DOOM port for #MMIX
Albeit having a fully-fledged simulator laying around called "virtual motherboard" (https://vmb.sourceforge.net/), with a framebuffer, I/O and all.
This could be my next project.
-
There is no public #DOOM port for #MMIX
Albeit having a fully-fledged simulator laying around called "virtual motherboard" (https://vmb.sourceforge.net/), with a framebuffer, I/O and all.
This could be my next project.
-
There is no public #DOOM port for #MMIX
Albeit having a fully-fledged simulator laying around called "virtual motherboard" (https://vmb.sourceforge.net/), with a framebuffer, I/O and all.
This could be my next project.
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Learning the SME, Neon and #ARM64 assembly language altogether on my Apple M4 right now, it is nice to have a real 64 bit RISC to work with. Although the 15,000 page ARM-a profile reference manual is scary, in theory I should only need half of it, and the a64 instruction set is in many ways similar to Knuth's #MMIX, albeit the later lacking a proper instruction set working on extended length vector registers.
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Learning the SME, Neon and #ARM64 assembly language altogether on my Apple M4 right now, it is nice to have a real 64 bit RISC to work with. Although the 15,000 page ARM-a profile reference manual is scary, in theory I should only need half of it, and the a64 instruction set is in many ways similar to Knuth's #MMIX, albeit the later lacking a proper instruction set working on extended length vector registers.
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Learning the SME, Neon and #ARM64 assembly language altogether on my Apple M4 right now, it is nice to have a real 64 bit RISC to work with. Although the 15,000 page ARM-a profile reference manual is scary, in theory I should only need half of it, and the a64 instruction set is in many ways similar to Knuth's #MMIX, albeit the later lacking a proper instruction set working on extended length vector registers.
-
Learning the SME, Neon and #ARM64 assembly language altogether on my Apple M4 right now, it is nice to have a real 64 bit RISC to work with. Although the 15,000 page ARM-a profile reference manual is scary, in theory I should only need half of it, and the a64 instruction set is in many ways similar to Knuth's #MMIX, albeit the later lacking a proper instruction set working on extended length vector registers.
-
Learning the SME, Neon and #ARM64 assembly language altogether on my Apple M4 right now, it is nice to have a real 64 bit RISC to work with. Although the 15,000 page ARM-a profile reference manual is scary, in theory I should only need half of it, and the a64 instruction set is in many ways similar to Knuth's #MMIX, albeit the later lacking a proper instruction set working on extended length vector registers.