![]() ![]() Many developers love Rust’s logical, functional syntax that encourages structuring their code as a sequence of nested function calls.Īt the same time, Rust’s creators wanted to build something that could handle the bit-banging, low-level programming required to keep IoT (Internet of Things) functioning. ![]() Much of programming language design today focuses on creating functional languages that guide the coder into writing software that’s easier to analyze. You can ignore the extra features and still enjoy the language, but some programmers would rather not deal with the complexity at all. Node's event-driven model married with promise-based code can produce results that are simple and elegant.Īll of this means that Rust's multithreaded programming model offers more sophistication than many programmers require. Serverless programmers write one function and leave the hard work to someone else.ĭevelopers who need to create more sophisticated web applications can turn to Node.js, which offers another strategy for tackling multithreaded applications. Web developers can write PHP code, which offers a simple, declarative approach to creating websites. Scientific programmers tend to write single-threaded functions that chew through endless streams of data. While multithreaded systems are growing more popular, many developers don’t really need them. Hate: Rust's concurrency model is too complex Mozilla's developers studied the problems they were having with their code and sought a better solution. The web browser is a good example of an application that requires massive scalability, so it’s no surprise that Rust was created by Mozilla, the not-for-profit corporation that developed Firefox. Many consider Rust the best language for building tools suited for today's architectures. Software has grown more complex as developers tackle problems of scale and concurrency-namely, the requirement to juggle simultaneous inputs from a multitude of different sources. Here's a look at what developers tend to love, or hate, about programming with Rust. ![]() ![]() They weren't just playing with Rust on the side anymore they were using it to produce professional code for other people to run. In 2021, for the first time, more than half of all Rust programmers were using the language on the job. Rust's core team runs a developer survey each year. Rust turns all the deep theoretical thinking about the best ways to create systems into a living, breathing, useful language. Building these systems is challenging enough, and squeezing the bugs out of them is even harder. It’s aimed at helping systems programmers and others who want to create code that juggles dozens, thousands, or even millions of events simultaneously. Rust is one of the few newer languages to find a home in the field, where developers write code that runs in production for real enterprises. It's rare for a new programming language to break out into the big leagues and be widely used. Many end up being niche languages, best used to scratch an itch or fix a particular issue. A programmer gets a flash of genius and sets out to create something fresh and wonderful. It seems a new programming language is invented every day-certainly more languages than most software developers will ever need. ![]()
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