All programming languages are just assembler wrappers with different levels of autism

all programming languages are just assembler wrappers with different levels of autism

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we only use binary because the superior alternatives were too difficult to engineer 100 years ago

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en.m.wikipedia.org/wiki/Setun

>your keyboard layout is arranged to stop non-existent metal bars from hitting each other

The english alphabet has duplicate letters for no reason

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>all programming is just arrays :(

interpretation layers are not autism they are schizophrenia

>All programming is just moving electrons around

What inferior monkeys we are

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okay, app sisters, what's your assembler gender?

Ternary computers were notoriously unreliable iirc, since values were determined by voltage(off low, high) in a specific and tight range. Manufacturing had to be flawless which at the time in the USSR was not really feasible, so you'd get corruption frequently. Binary works so well because of its simplicity and doesn't require god-tier manufacturing to implement on silicon. Ternary could probably be done today, but adoption over binary would be slow if at all.

Modern CPUs don't even execute the instructions they retrieve, they are just emulating processors from the 1980s

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Non-binary webasm

Abstraction+support for legacy instructions is not emulation. It's true that modern x86 is still built upon 80s tech, but that ignores the incremental and major changes and upgrades over the years.

>all our brains have evolved to chase non-existent wild game in forests and steppes

hows the weather in Langley?

Not if I use a custom layout.

Go and compare the instruction pathway for performing an integer add on the 8086 vs skylake

they are the same?

add x, y vs add x, y?

Any Forums doesn't understand how computers work

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no it doesn't what you on about

Only true insofar as you use static, inexpressive languages like C and it's clones (sepples, Rust, all the LLVM memelangs).
In languages like Lisp or Forth, the language itself matters at runtime.