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Lol, it took me a while to realize it’s the compiler essentially saying “how high”.
I do enjoy the rust compiler error messages. They are nicely formatted
I’m trying to learn rust and so far this has definitely made it so much more accessible.
Not to mention their super useful “rustlings” training which has these nice little challenges to get you used to language and syntax
Yeah, but to observe such error messages you’ll basically need to wait for 20 mins for it to compile.
No? The steps are compiled once and afterwards your project just gets compiled. Besides, rust-analyzer exists.
That’s what makes us humans different from computers. We don’t ask how high, we just do it. Now, if it were a C pointer it would jump anywhere from 0 to 2^32-1. That’s why C is more suited for artificial intelligence than it might initially seem. Thanks for coming to my tedx talk
Pointers are ackshully 48 bits on amd64 (which is most PCs and servers)
Well ackshully newer CPUs support 5-level-paging which uses 56 bits.
I was mostly joking about a stray pointer of type uint32_t*
So the size of the pointer itself doesn’t matter
i dislike rust, but have to give them credit for helpful error messages. not quite racket level but impressive
What made you dislike it?
the syntax.
WRONG, PRIVATE!
Now drop and give me int(ceil(19.9))!
Height should be a float
I don’t know Rust but jump typically moves the program counter, where the height represents the number of instructions to move
Afaik rust doesn’t have functions like that as they lead to unsafe code that’s impossible to check variable lifetimes for. I think OP created the jump function.
They created it. The compiler says the jump function is in src/main.rs
It’s height in centimeters
deleted by creator
Chad quantised rust
Never use floats.
But then wouldn’t it be
fly(height: f64)instead ofjump(height: i32)?
Huh, usually they ask ‘jump where?’
