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
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)
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)