Rust is a systems language with just as much control and performance as C or C++. And yet, it guarantees memory safety and thread safety at compile-time. How is that possible?
The basics of Rust syntax: functions, variables, scalar types, ranges, conditionals and loops.
Learn how to manage unexpected errors in Rust – division-by-zero, integer overflow, out-of-bounds array access, and failed assertions.
Structs can hold plain data, or they can represent unique resources with protection against copying.
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