Safety: The memory safety offered by Rust actively reduces common software programming errors and application vulnerabilities.Data races can cause problems when at least two different processes are trying to access the same computer memory location at the same time. Concurrent Programming: Rust makes it easy to program concurrent software because it prevents data races during compiling time.The second mode offers programming autonomy without code safety measures. The first mode ensures code efficiency by imposing various restrictions on the programmer. Unsafe Rust: There are two modes for writing code in Rust: Safe Rust and Unsafe Rust. This means that a software developer can set the scope for which that data reference is valid, solving common bugs related to non-valid references and distinguishing the Rust language from the issues found in C and C++. Lifetime Reference: In Rust, each data reference has a lifetime.Eliminating memory violation bugs by detecting them at compiling time, garbage collection becomes unnecessary. Borrow Checker: Another important feature is Rust’s borrow checker, a compiler part that ensures that data references do not outlive the data to which they refer.One of the main benefits of Rust is that it effectively dissolves those problems. Like C/C++ but Better: Software developers who use the C and C++ programming languages have been struggling with a variety of memory errors and concurrent programming issues for a very long time.Open-Source: While Rust is an open-source project with an abundance of learning resources, and originally developed at Mozilla Research as mentioned above, by 2021, the Rust Foundation is responsible for supporting the maintenance and driving the development of this language.Why is Rust a great programming language?Ī list of features that make Rust a really special computer programming language include the following: ![]() It is ideal for powering performance-critical services, able to run on embedded devices and it is very easy to integrate with various other programming languages. Statically typed, Rust provides a fast, reliable, highly productive and memory efficient software programming environment. Rust can be defined as a multi-paradigm and general-purpose computer programming language. ![]() We’ll explore its main characteristics, how it is used by software developers, as well as why you should consider adopting it for your software projects. Attracting major investment, it is widely adopted by tech giants like Amazon, Facebook, Google and Microsoft.Įver since the language first appeared in 2010 – according to the Stack Overflow Developer Survey – Rust has been voted the “most loved programming language” every year since 2016.ĭesigned by Gradon Hoare at Mozilla Research, and inspired by languages like C and C++, the Rust programming language was created to offer high performance combined with code safety.įrom startups to software heavyweights like Dropbox and Firefox, the numerous benefits Rust offers establish the language as a top-choice for a wide range of software development projects. Rust is one of the world’s most popular computer programming languages.
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