High performance and safety are the features that made Rust so appealing to scientists that started using it to perform heavy data analysis. Rust is blazingly fast, making it an ideal choice for computational biology and machine learning, where you need to process large amounts of data very quickly.
Read moreIs anything faster than C?
Judging the performance of programming languages, usually C is called the leader, though Fortran is often faster . New programming languages commonly use C as their reference and they are really proud to be only so much slower than C.
Read moreIs anything faster than C?
Judging the performance of programming languages, usually C is called the leader, though Fortran is often faster . New programming languages commonly use C as their reference and they are really proud to be only so much slower than C.
Read moreWhere is Rust used?
Rust is the main language we use to develop in-house and OSS software, and used for infrastructure/devops tools as well as cryptographic key management services .
Read moreWhere is Rust used?
Rust is the main language we use to develop in-house and OSS software, and used for infrastructure/devops tools as well as cryptographic key management services .
Read moreWhy is Rust so difficult?
One of the problems why I found Rust hard to learn was that it looked similar to other imperative languages on one side, but introduced a lot of novel concepts . It has all these cycles, conditions, functions, like everyone else. But it also has the ownerships and traits and lifetimes.
Read moreWhy is Rust so difficult?
One of the problems why I found Rust hard to learn was that it looked similar to other imperative languages on one side, but introduced a lot of novel concepts . It has all these cycles, conditions, functions, like everyone else. But it also has the ownerships and traits and lifetimes.
Read more