When it comes to building large and powerful applications, developers often find it a bit challenging to pluck out the best programming languages that can go with them. Each language has its developer community and some have their ecosystems with different frameworks and software for you to use.
We know that there are a wide variety of programming languages in the world. And now, with the development of several fields, such as mobile application development and the Internet of Things (IoT), these languages are widely use to build various applications.
This article will walk you through the popular programming languages that are using today and give you a brief overview of these different languages before you choose the best language.
Choosing the Best Programming Languages – Factors to Consider
If you’re looking to get into programming, it can feel overwhelming. There are so many different programming languages, and they all seem to do the same thing—but there are some major differences among them.
Out of the best programming languages for you is the one that gives you the most freedom and flexibility, while also allowing you to make your code more readable and robust.
So how do you know which one is right for you? Here are some factors to consider:
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Open Source vs Proprietary
If you’re planning on sharing your work with others or contributing it back to an open-source community, you’ll want to look for an open-source language. Proprietary languages have restrictions that prevent this kind of collaboration, which might limit where your code can go in the future.
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Platform Support
Different languages are available on different platforms and operating systems (Windows, MacOSX), so if one of these platforms is important to you, make sure the language supports it!
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Community Size
Some communities are larger than others, which means they offer more resources like tutorials and libraries/modules. This can be helpful when figuring out how to use a particular tool or library in practice.
Best Programming Languages for Building Scalable Applications
In the world of programming, there are a lot of languages out there. Some are better suit to particular tasks than others and some are better at scaling up to handle a lot of information.
The best programming languages for building scalable applications are those that can handle large amounts of data and provide the ability to process it quickly. This means your ideal choice will be one that can efficiently handle data, as well as one that is easy to use. Let’s dive deep into the top 5 programming languages for big projects.
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Python
Python is a high-level, general-purpose programming language. It’s one of the best programming languages in the world, and it’s used for a wide range of applications from web development to data science.
Unlike many other programming languages, Python doesn’t require developers to specify the type of data they want to work with (e.g., integers or strings). This makes the language more flexible than other languages like C++ or Java because users don’t have to worry about which type of data they’re working with.
Python also has fewer built-in functions than other languages like C++ or Java, but this makes it easier for beginners to learn how to write programs in Python because they don’t need to memorize as many concepts right away.
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Elixir
Elixir is one of the most popular frameworks for building web applications in the Elixir programming language. It has a large following and enjoys active development, with its latest release having been made in January 2019.
Created by José Valim in 2011, who had previously worked on Ruby on Rails and Erlang, Elixir’s use of Erlang’s virtual machine and concurrency model makes it easy to create scalable applications that can handle large amounts of traffic.
The framework is inspire through Ruby and Lisp, with a focus on simplicity, elegance, and productivity. Elixir is designe to handle concurrency well, while also easy to read and write. Elixir code can be more robust and understandable than other alternatives because it is written without the use of macros or metaprogramming.
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Structured Query Language (SQL)
SQL is a programming language that lets you work with data stored in databases. SQL stands for Structured Query Language, and it’s use to create, read, update, and delete data. We can use it in a wide variety of applications, including web development and business intelligence (BI).
SQL is considered to be one of the best programming languages used by web developers to interact with content management systems, relational databases, and other tools.
This language is so important in the field of data science that it has become known as Structured Query Language, or SQL. Most of the time, you won’t be writing your SQL code; instead, you’ll be using software that helps you get results from your queries.
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Java
Java is a programming language that can be use to create applications and applets. Java was develop by Sun Microsystems, Inc. in 1991. It was designed to be object-oriented, meaning that programs are made up of objects that communicate with one another through messages.
Java has become popular because it allows software developers to create cross-platform applications (apps) that run on many different systems without having to rewrite the code every time they want to port an application to a new operating system (OS).
This is especially true when it comes to mobile devices—you don’t need a different version of your app for each OS, you just need one version and it will work on iOS and Android devices alike!
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GoLang
GoLang is a programming language built by Google to make it easier for developers to write high-performance, low-latency applications. It was launch in 2007 and still using it in many large projects, including Kubernetes and Docker.
A general-purpose programming language designed with systems programming in mind, Golang has a reputation for being fast and easy to use.
Go uses explicit management of memory and provides garbage collection, which eliminates the possibility of having to manually free memory when it’s no longer require. Go also has built-in support for concurrency, so you can write efficient programs that don’t block threads while they are waiting for I/O operations to complete.
In addition to its simplicity and efficiency, Go is also flexible and scalable. This language can be use to write everything from small utilities to large distributed systems.
Final Words
There are several other best programming languages out there that are worth considering, but these five represent the most popular, recent, and promising development targets.
No doubt you could go deeper into a given language, many of them have a surprisingly devoted community. However, this should be enough to get you started writing your programs, no matter what type of project you’re working on.