When two or more threads simultaneously access the same memory location, a race condition occurs that can lead to abnormal behaviors in the program. Thread safety is a type of system that guarantees no race conditions at run time. This feature eliminates the need for a garbage collector and guarantees that Rust programs are bug-free at the compile time. It means variables have ownership of their memory and can borrow memory from other variables. Rust solves most memory management problems through its ‘ownership model’ and type system, enabling programs to analyze memory at compile time rather than in run time. When using a language like C++, many memory issues can hinder the application’s performance. The four main key features of Rust are memory safety, thread safety, cross-platform support, and zero-cost abstractions. Rust brings the best of C++ and additional features. ![]()
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