The 2019 Stack Overflow study verified what many programmers already knew: Rust is the most beloved programming language (liked by an astounding 83.5% of programmers). This indicates that individuals who have leaped and actually utilized Rust programming are in awe of its capabilities.
However, Rust is still not in the top five most popular programming languages. This shows a great deal of untapped potential in Rust programming that has not yet been explored. The increasing number of Rust users suggests it will soon join the ranks of the five most popular programming languages.
This article will provide a brief overview of the Rust programming language and seven compelling arguments in favor of using it for your next endeavor so that you won’t be left behind in the technological race.
A Brief Explanation of Rust, a New Programming Language.
The rust fungus (which, sure, actually exists!) Whatever it was named for, Rust is a computer language that is gaining popularity rapidly.
Rust is a programming language developed to address deficiencies in C. Although C is an unlimitedly flexible object-oriented language, it is notoriously difficult for programmers to manually manage memory in C. Rust is a highly effective programming language because it enables you to create programs that are quick to execute and light on memory.
Mozilla released Rust in 2012, but the idea had been kicking around Graydon Hoare’s head since before. Hoare started developing Rust in 2006, and it didn’t take long for Mozilla to see the language’s promise. They collaborated with Hoare to form a specialized development team to play around with the language and create the finest possible version of it.
Specifically, “The language is intended towards dissatisfied C++ developers,” as Hoare puts it. So, let’s find out what sets Rust apart from other programming languages.
Reasons Why Rust Should Be Your Next Project’s Language
Rust has numerous useful features that are popular among web developers. Here are some of the main draws for me in choosing Rust:
- Rust Fixes Memory Management Issues
Programming at the system level frequently necessitates low-level memory control, which may be a headache with C due to the language’s reliance on manual memory management.
Rust’s strength is in its ability to provide ease of use for low-level tasks. Since it doesn’t need a garbage collector to process rubbish constantly, it has unrestricted access to both the hardware and memory.
This makes writing programs in Rust seem like working with a microcontroller program. Regarding memory safety, you can swap out any individual lines of code at your leisure.
- With its minimal runtime, Rust is a great choice for embedded development.
Embedded systems operate with limited resources like those found in most equipment and household appliances. This is why a contemporary, low-overhead programming language like Rust is essential for use in embedded devices.
Embedded systems benefit greatly from Rust because of its efficient use of resources. As a result, programmers can fix any issues with the device before they become serious problems.
The fact that Rust’s power lies in its zero-cost abstractions is icing on the cake. However you want to encapsulate your code, Rust will gladly welcome it. It doesn’t matter if you’re in the mood to write code using loops, closure, or any other style; it’ll all compile down to the same assembly without harming performance.
- Rust Enables the Development of Powerful Web Applications
Choosing the correct programming language is critical to assembling the best technological stack for building a web app. Rust programming is an excellent addition to the technology stack for your web project.
You’ll appreciate working with Rust if you’re used to designing web apps in a high-level language like Java or Python. When using Rust, you can be sure that the code is bug-free.
Anyone familiar with C can pick up Rust quickly. Furthermore, you don’t have to spend years learning the ropes before you can begin dabbling with Rust.
The most notable features of developing websites using Rust are:
- Rust can be compiled into WebAssembly, making it more straightforward to achieve near-native performance on the web.
- With Rust, code written in any language can be compiled into WebAssembly and executed anywhere.
- Briefly, Rust is the super-healthy language for building websites.
- Rust’s Static Typing Ensures Easy Upkeep
Rust is a statically typed programming language. All types are known at build time when using Rust. Creating buggy code in Rust is also more difficult because it’s a tightly typed language.
The key to good programming is mastering complexity. More code size means increasing complexity. Statically typed languages facilitate a high level of simplicity by providing clear visibility into program behavior.
Rust also promotes long-term maintainability by not requiring you to repeatedly repeat the type of a variable.
In short, Rust’s support for nesting and closures contributes to better code maintainability.
- Rust is fast and efficient.
Performance-wise, Rust is on par with C++ and far superior to languages like Python.
One reason why Rust is so fast is that it doesn’t have trash collection. Instead of relying on runtime verification, as is the case with many other languages, Rust’s compiler eliminates problematic code before it even gets to the user. This stops malicious software from spreading and wreaking devastation.
Finally, as was previously mentioned, Rust also delivers lightning-fast performance on embedded systems.
- Multi-Platform Design and Support
You may quickly and simply create solutions that run on several platforms with Rust, including Linux, macOS, Windows, and others.
In particular, Rust lets you write both client-facing and server-side programs. Several web frameworks are written in Rust, including Rocket, Nickel, and Actix, which simplify the programming process.
- Rust Has a Vast Ecosystem
Due to its increasing popularity, the Rust ecosystem is developing rapidly. It’s not simply a language or a compiler, which is a big part of the reason for the complexity of the ecosystem. The Rust community highly values many other factors contributing to software product quality.
Cargo is a command-line tool for Rust developers to manage dependencies, run tests, and provide documentation.
Rust also has a community site called crates.io, where you can find all the libraries you could ever want to use with the language. If a library is hosted on crates.io, its documentation will be available at docs.rs.
New Rust programmers have simple access to property-based testing, benchmarking, and fuzzing.
It’s also simple to connect with other experts and learn from them. Developers of the Rust programming language may gain a wealth of information through events like RustConf, RustBelt, and RustFest.
Explore the Usefulness of Rust
Using Rust as a programming language is beneficial because it handles memory well.
Moreover, it provides high rates of speed and security for many applications, notably web-based ones. It’s useful for designing apps on several platforms and offers a robust command line interface tool. Rust is great for contexts with few available resources, and it helps developers out by letting them cross-compile new code with older code.
Programming in Rust offers enormous promise for Internet of Things (IoT) development and is a perfect tool for designing gaming engines and operating systems.
You can trust the Rust programming language and dive headfirst into this fascinating new universe of possibilities because of the enthusiastic community that supports it.