i do math, cryptography, comms, systems programming, and formal methods.
Rustacean 🦀
“Pessimism of the intellect,
optimism of the will.”
— Antonio Gramsci
when I discovered functional programming (Haskell, F*, etc.) and Rust, I started loving it again.
I quite literally owe everything to this (somewhat) obscure paradigm!
It's even funnier that the function is already a `Result<>` so they could have propagated the error if they don't want to handle it here
It's even funnier that the function is already a `Result<>` so they could have propagated the error if they don't want to handle it here
very nice post!
anyone interested in writing production code in Rust should give it a read
very nice post!
anyone interested in writing production code in Rust should give it a read
it is such an absolutely lame and tasteless approach, feeding them absolute garbage disguised as an introduction to programming and/or data structures & algorithms.
it is such an absolutely lame and tasteless approach, feeding them absolute garbage disguised as an introduction to programming and/or data structures & algorithms.
could not be happier right now
now both of my PCs (desktop and laptop) are running Fedora on KDE woohoo!
could not be happier right now
now both of my PCs (desktop and laptop) are running Fedora on KDE woohoo!
Congrats Zed 🎉
Well done
Congrats Zed 🎉
Well done
they are quite “battle-hardened” in that they guarantee that bad code will be spotted and fixed before it goes into production.
the opinionated “leader” notwithstanding, it’s very smart.
they are quite “battle-hardened” in that they guarantee that bad code will be spotted and fixed before it goes into production.
the opinionated “leader” notwithstanding, it’s very smart.
when I discovered functional programming (Haskell, F*, etc.) and Rust, I started loving it again.
I quite literally owe everything to this (somewhat) obscure paradigm!
when I discovered functional programming (Haskell, F*, etc.) and Rust, I started loving it again.
I quite literally owe everything to this (somewhat) obscure paradigm!
unfathomably complex and unfathomably efficient.
unfathomably complex and unfathomably efficient.
meaning that if you have a microcontroller “VeryCoolThing32”, it (example) resets a sensor if you write something to the 67th memory register.
this is what it means to write embedded code.
magical registers.
meaning that if you have a microcontroller “VeryCoolThing32”, it (example) resets a sensor if you write something to the 67th memory register.
this is what it means to write embedded code.
magical registers.
there is no argument to be made for Windows other than laziness (and even then it is debatable how much easier Windows is compared to how straightforward most Linux distros are).
what a world we live in
there is no argument to be made for Windows other than laziness (and even then it is debatable how much easier Windows is compared to how straightforward most Linux distros are).
what a world we live in
a type in systems programming is usually thought of just some kind of data stored in memory.
in type theory/FP, we like to think of it as a way to classifying values and expressing constraints on them.
a type in systems programming is usually thought of just some kind of data stored in memory.
in type theory/FP, we like to think of it as a way to classifying values and expressing constraints on them.