- cross-posted to:
- technologie@jlai.lu
- programming@programming.dev
- linux@lemmy.world
- cross-posted to:
- technologie@jlai.lu
- programming@programming.dev
- linux@lemmy.world
Exiting news for the lady bird browser. https://ladybird.org/
Exiting news for the lady bird browser. https://ladybird.org/
Yes, but there’s a difference between “you can write safe code” and “the compiler will come for your family the next time you make a mistake”
rust isn’t a magic bullet either, it still doesn’t protect against a whole host of problems, like stack overflows, out of memory/bitflips, logic errors, memory leaks, unrecoverable errors/panics etc., and many projects are full of unsafe context rust code anyways.
That cannot be true, i used
#![forbid(unsafe_code)]Jokes aside: yes, Rust (and Go) wont magically resolve SQL Injections, but if we remember that about 70% of bugs are related to memory safety, using Rust (or Go) will make your code at least somewhat safer
And C++, just checked the wiki and the 2 example of openssh’s heartbleed and sudo, both in C. Not C++. As expected.
By that logic scratch would be the safest language out there (or can you tell me the last time a program written/built in scratch had a bug that affected millions of ppl around the world)