There has never been a more exciting time for technologists and developers worldwide. The number of active development languages and frameworks, as well as development tools and learning avenues, continues to soar.
Despite all these resources at our fingertips (or perhaps because of this abundance), it may not be obvious where industry trends are leading us. In my role as a coding bootcamp instructor, I’m constantly exposed to what’s empowering the latest and greatest technology. Here is what to look out for in programming trends over the next year.
Among these features are block-scoped variables and functions, constants, arrows to simplify closure syntax, string interpolation, classes, modules and much more.
Dominance of Backend as a Service
Over the coming years, modern development will continue to shift away from creating fully enclosed, totally self-managed applications. Rather, development will increasingly concentrate on utilizing third-party services to handle a large chunk of the monotonous yet necessary aspects of the project, such as cloud storage, push notifications and user administration.
Backend as a Service (BaaS) is a common nomenclature for these utilities, and their popularity is guaranteed to rise, particularly in the enterprise space where scalability poses a huge burden for large applications. With a BaaS like Parse, engineering and operations teams can focus on setting the company apart from its competition, while baseline features and their associated overhead are handled by another party entirely.
Easy image management and deployment
Although Backend as a Service is meeting the developer need to easily link projects to cloud storage and social networking APIs, many applications still rely on localized development stacks and well-provisioned servers to function properly. Unfortunately, server provisioning is inherently difficult and time-consuming. Not surprisingly, we see a meteoric rise in automated provisioning and containers.
Services such as Packer and Docker allow engineers to quickly generate machine images with explicit versions of OS, libraries, languages and frameworks. These machine images, called containers, are easily replicated to expand existing services or to quickly create new ones. If your operations team isn’t already talking about this topic, it should be. If it is, and you haven’t been listening, you should be.
Increased reliance on functional programming languages
As modern applications require ever more bandwidth, storage and processing, it is clear that single-machine models cannot scale to match these requirements (and haven’t for some time). To truly scale a system, one should parallelize it as much as possible, leading to a rising need for functional programming languages such as Haskell, Clojure, Scala and Erlang. Accordingly, there is increasing need for developers who are capable and productive in these technologies.
Where imperative programming relies heavily on mutable state (changing an object’s value during execution), functional programming focuses on immutable state, in which a declared object retains its value throughout the process. Functional languages, therefore, provide a massive benefit over common imperative or object-oriented languages: they are inherently designed to support parallelism and heavy concurrency.
If you, as a developer, know with certainty that your data isn’t altered during execution, and that your functions are transitive (effectively unchanging), your application can benefit from the increased scale and distributed computing made easier by a functional language.
Object-oriented programming will remain an industry staple for years to come, but there is little doubt that, as users expect faster search results and researchers expect more accurate calculations, functional programming will gain limelight as a clear and obvious solution.
Shift toward material design and commonality of patterns
Flat design has been all the rage in recent years as a minimalist approach to modern UI creation, but 2016 may bring a focus toward material design. Apple has been a big proponent of flat design, which shies away from stylistic elements that appear three-dimensional. Microsoft got there first with the “Metro” design introduced 10 years ago by Zune, then Windows Phone 7 and today with Windows 10.
It is fitting then that one of Apple’s and Microsoft’s biggest competitors, Google, launched the trend toward material design. With three-dimensional depth effects such as gradients and lighting design, this new look gives a bit of depth back to digital components. Drop shadows, for example, allow applications to more easily indicate whether an element is clickable or inactive.
As material design shifts to the forefront this year, we’re likely to see a proliferation of new UI design patterns, as creatives (software designers) continue to embrace responsive design. Web UI in particular may become more and more similar, but this isn’t a bad thing. On the contrary, designers are embracing an understanding that common tasks, such as login screens and navigation menus, need to look and feel familiar to users of all sorts.
This will be an exciting year for web software, from the bottom foundation technologies all the way to the user experience. With ECMAScript6, a ubiquitous web language gets an update. With BaaS and deployment containers, much of the cost and headache of basic features and provisioning can be removed. Functional languages move toward the mainstream and reframe how we approach parallelism.
Material design aims to give more life to user elements, and new common frameworks may unite user experiences across devices. Regardless of engineering focus or industry, take a good look at the benefits these new developments might offer you.