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I suppose pretty much everyone here already knows, but when making this specific type of comment ("I'm far more productive in Rust than C"), can you please disclose that you are one of the core people involved in Rust/Servo?

It's almost like Chuck Moore coming on HN and saying he finds Forth to be the most productive language. Of course it is, for you. (Nothing against the productivity of Forth or Rust.)




I'm a relative beginner in both Rust and C and I'd like to say that, as much as the learning curve for Rust could be better, even for a beginner, Rust is light years ahead of C, especially if you've used a more modern language. And using a hash table as an example is actually pretty sharp. Someone used to python might not know how much of a pain any type of container is in C. You could reasonably make the case it's easier to use hash tables in assembly -- the C language does you essentially no favors.

Rust is quite amazing, though. Very slick, to the point where I use it and I don't care that much about things running fast or with low memory requirements, I just want something with the syntax and comprehensibility of python/ruby/etc (at least compared to erlang/elixir, which I'd otherwise use -- not having local mutable variables makes things a bit more puzzling for no reason like three times a day) and the sweet tools from haskell, and Rust fits the bill.


I've personally experience very tangible productivity gains once I got past the (very steep) learning curve.

The compiler will catch many errors that other languages consider logic errors; if your source code compiles, it tends to run as expected.

As for the disclosure: I'm a normal software programmer, and haven't written a single line of code for rust's compiler and tooling.




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