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niconiconi

#TIL The #Brainfuck programming language has a dialect called "I use Arch, btw". In this dialect, the original symbols are replaced with "I", "use", "arch", "linux", "btw", "by", "the", "way". #Arch #ArchLinux

github.com/OverMighty/i-use-ar

This is a "Hello World!" example:

arch the i the use linux the way i arch the i arch arch arch i the arch arch arch arch arch arch arch arch arch arch arch i way the i way linux the use way i linux way way arch arch arch arch arch arch arch arch arch arch use way i i i i i i linux linux linux linux btw use use arch arch arch btw use linux btw btw arch arch arch btw use linux btw i i i btw use use btw arch arch arch btw linux linux linux linux linux linux btw i linux btw use use arch btw use btw

#TIL The #Brainfuck programming language has a dialect called "I use Arch, btw". In this dialect, the original symbols are replaced with "I", "use", "arch", "linux", "btw", "by", "the", "way". #Arch #ArchLinux

github.com/OverMighty/i-use-ar

This is a "Hello World!" example:

arch the i the use linux the way i arch the i arch arch arch i the arch arch arch arch arch arch arch arch arch arch arch i way the i way linux the use way i linux way way arch arch arch arch arch arch arch arch...

niconiconi

Innovation: Tokenize your Linux nftable rules as blockchain NFTs that can be traded (but only "drop" rules are supported, because it's called "block"chain).

niconiconi

"Mom, can I have a 6502 computer?"
"No, we have a 6502 at home."

The 6502 at home... #retrocomputing #mos6502

A common model of slide rule in 1970's China, its model number is "6502".
Ed S

A #sliderule called 6502? That's *so* collectible!

@niconiconi@cybre.space

ML2

@niconiconi
How would one use such a device?

niconiconi

#TIL In the mid-70s, General Instrument and Honeywell designed the CP1600 microprocessor, and it used an architecture largely based on the PDP-11. Like the PDP-11, CP1600 used MMIO, memory and I/O shared the same address space, and there was no dedicated I/O address space. So far so good, but in order to fit the CP1600 into a small DIP-40 package, it must multiplex all the address and data signals on the same pins, making the MMIO difficult and expensive to decode.

To solve the MMIO problem, a dedicated, low-cost I/O controller for the CP1600 was developed. It was named the Programmable Interface Controller - and thus the PIC microcontroller was born.

It's weird to see how everything is connected together. In a sense, PIC came and once dominated the embedded electronics world because of PDP-11...

en.wikipedia.org/wiki/General_

#retrocomputing #electronics

#TIL In the mid-70s, General Instrument and Honeywell designed the CP1600 microprocessor, and it used an architecture largely based on the PDP-11. Like the PDP-11, CP1600 used MMIO, memory and I/O shared the same address space, and there was no dedicated I/O address space. So far so good, but in order to fit the CP1600 into a small DIP-40 package, it must multiplex all the address and data signals on the same pins, making the MMIO difficult and expensive to decode.

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