![]() The compilation is so slowwwwwĭepending on the size of your project, it will take time to download the libraries and build them and could take between one to ten minutes. But this is also why Rust is so safe, and you have to spend time handling errors instead of skipping them. There are mechanisms like the '?' operator that aims to reduce the volume of error handling code, but at some point, like for me, you will have to handle it. Error handling can be verbose.Įven though error handling rust may be verbose, it is good to handle all cases. That's why we open-sourced our deployment engine - trying to contribute to the Rust ecosystem in our way. The community developers are always looking for exciting things on Rust, and your contribution will help the community. This is an excellent and creative opportunity to contribute to the Rust ecosystem. In case you are unable to find something suitable, you will have to create it. But the Rust ecosystem is not mature like Go, Python, or Java. The Rust programming language has a lot of high-quality libraries. You may not find the library that you need. ![]() Here the LLDB debugger can help with ease. In that case, you do not have to fear as there is an excellent Rust plugin available.įor me, the IntelliJ debugger works fine, but it may get challenging to get details on the variables when they are allocated on the heap. Suppose you are a Java or Kotlin developer and are familiar with IntelliJ IDEA, which is an integrated development environment in Java. Cargo helps build code, download the libraries that the code depends on, and build those libraries. Rust has some great tools like 'Cargo' which is a Rust dependency manager. So, don't fight the borrow checker, and embrace it :) The tooling is good Personally, it was my case when developing concurrent features on other programming languages like Java and Go. You're probably doing something "wrong" for years without knowing. "Don't fight the borrow checker", spend time to understand why it throws you to error - it's for your good. Rust changes the way we build applications for the better.ĭue to the excellent type system, Rust is safe by design, and it changes the way one builds applications positively. I'd also recommend reading the official book on Rust programming language, which is available at. I'd recommend spending time to dig into crucial concepts like Borrowing, Ownership, and Lifetime to understand Rust better. You should not expect them to be effective in the first month itself. Like other languages, developers new to Rust will take time to learn the concepts, play with code, and be productive. There is a learning curve associated with each programming language. Feedback Don't expect new programmers to be productive in the first month. Rust prevents misuse of threads, which can be frustrating - but for good reasons. However, from my experience, I saw a lot of devs abusing Goroutines (lightweight threads), leading in concurrency issues. What we're doing with Rust could be done with Go. Once it's compiled, it works like a charm. ![]() Houston we have a 404 problem :) Credits NASA ![]()
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