Every Developer Should Learn These Programming Languages

Programmers use a range of basic programming languages to create their programmes. The majority of corporate software programmers stick to one programming language until they retire. On the other hand, some programmers have the opportunity to work with numerous programming languages daily. When working with a Flutter native module, a programmer can use Dart, Kotlin (or Java), Objective-C (or Swift), C/C++, and other languages.

However, most programmers, regrettably, limit their technical talents by focusing on a single language for decades. We frequently run into.NET and Java specialists. However, we seldom encounter multilingual programmers. There are many advantages to learning several programming languages. However, mastering every popular programming language is not a good decision.

I'll show you the five programming languages that every programmer should know in this tale. I'll also use practical examples to demonstrate the advantages of learning various programming languages.

C/C++

Almost all low-level software components use the C programming language as their base. C's abstraction is closer to hardware, and it offers programmers a simple syntax (with 32 reserved keywords). In comparison to other contemporary popular programming languages, C's syntax is closer to Assembly. As a result, C compilers effectively transform C source code to machine language, resulting in lightweight and lightning-fast binary executables.

Because C++ is an extension to C, you may substitute C++ features for C's lacking contemporary language features (Eg: classes, namespaces, etc.). Learning C/C++ offers several advantages for any coder. Because C/C++ does not provide automated garbage collection, it encourages you to design efficient code. C increases your problem-solving and fundamental computer science abilities because it lacks prebuilt data structures and a full-featured standard library. For example, if you require a stack in C, you must create your own.

Learning C/C++, on the other hand, greatly aids in the advancement of computer science knowledge and abilities.

Bash

Bash is a Unix-like operating system command language and command-line interpreter. Almost all Unix-like operating systems come with the Bash interpreter pre-installed. In addition, Bash is frequently used as the default command interpreter in GUI Terminal applications. As a result, we can create Bash scripts that run on a variety of Unix-like operating systems.

Programmers use a variety of techniques to increase their everyday programming productivity. For repeated manual operations, many programmers build their Bash scripts. For instance, I developed a simple Bash script to build and replicate the output of a TypeScript project. The first step in learning process automation is to learn Bash. Process automation is, without a doubt, the best approach to boost your productivity.

Processes are built-in to Bash. As a result, you can quickly build automation scripts to increase your programming productivity. To put it another way, you may start another programme just by saying its name.

JavaScript

WORA (Write Once, Run Anywhere) is currently known as JavaScript rather than Java. You can construct anything using JavaScript now. With JavaScript, you can create websites, online services, desktop apps, mobile apps, CLI programmes, Internet of Things solutions, robotics-related programmes, and smart TV apps. Even a runtime (NodeOS) supports JavaScript and npm modules right out of the box. If you learn JavaScript, you'll be able to work on a variety of software projects. Many website development companies use Java script as their primary language.

Learning JavaScript gives you a whole new world of possibilities for creating almost anything with only one current programming language. Internet-based corporate software firms either utilise JavaScript exclusively or have at least a few JavaScript-based sub-projects.

Every programmer on the planet uses a web browser regularly. Internals are something that most programmers like learning. Understanding the inner workings of a web browser necessitates knowledge of JavaScript. Web browsers support JavaScript natively and provide a plethora of JavaScript-based web APIs for developing current feature-rich apps.

Python

Python is an interpreted programming language that is developer-friendly, simple, and dynamically typed. Many web developers, data scientists, machine learning engineers, and system administrators use Python in their day-to-day programming responsibilities. The Kivy project made it possible for Python to reach out to the mobile development community as well. It is sometimes easier to write Python source code than to write pseudo-code to implement a certain method.

Python has a variety of built-in data structure processing capabilities. Python is also one of the most user-friendly programming languages for handling data records. All programmers can benefit from learning Python. A bash is a fantastic tool for automating tasks. Bash is not suited for data processing in automation scripts since it is a command language. On the other hand, Python can handle data and invoke other processes with little syntax, just like Bash. If you learn Python, you will be able to build clean and feature-rich automation programmes.

Go

Go is a statically typed general-purpose programming language with a syntax similar to C. It has several current programming language features like garbage collection, memory safety, and concurrency support. The Go programming language features a developer-friendly syntax yet still outperforms other popular languages in terms of performance. The Go language's design offers us many useful lessons for all programmers.

Most programming languages include a plethora of language features to make the lives of developers simpler. Go contains just 25 keywords, yet it provides all of the functionality required to construct any software system. However, new language features quickly outdate your codebases. Furthermore, many experienced programmers are uninterested in the language's latest syntactical tricks and suggestions.

The architecture of the Go language shows us how to tackle technical issues with minimum and comprehensive solutions. Consider this: 25 keywords are sufficient to create a full-featured programming language. C++, on the other hand, presently contains 97 keywords, while Rust has 54 — development teams are likely to add more. Without even specifying class as a keyword, Go provides object-oriented programming. When you understand Go concepts, you will always handle issues straightforwardly and effectively. The Go language ecosystem is an excellent resource for learning better software design patterns.