It’s quite convenient to use your computer, smartphone, laptop, or any other tech stuff. We certainly can’t imagine our lives without them. Hence, we should probably give thanks to the amazing specialists behind their creations.
But let’s not forget the developer community that plays an important hand in giving us amazing apps, programs, and software to use. Even when we’re writing this, we can acknowledge developer efforts since it wouldn’t be possible without them.
All of this is enough to motivate anyone in taking a career as a programmer and head into the mundane world of development. Fortunately, we’re giving an insight into different kinds of programming languages based on their functionality and how they’re used.
With this, you’ll know what kind of language should you pursue or polish based on your skills. And if you’re interested in going for one, you’ll need to find online sites for tutorials and certifications to obtain the aforementioned goal.
In order to do so, you’ll need a steady internet for not only streaming the lectures and tutorials but ensuring that you attempt your online exams without any issues. We recommend connecting with Xfinity customer service and getting a suitable plan for the purpose. You can also get a student offer if it’s available. With this, let’s check out the different programming languages that we’re talking about:
Procedural Programming Languages
Managing coding blocks can be hectic. That is why procedural programming languages are used since they allow abbreviating functions and categorizing code into reusable blocks later. The language, including C, Pascal, FORTRAN, etc. divides the code into functions.
Instead of writing the entire code again, you can simply call the function to perform the task. When required, these functions can also be called from other programs, enabling flexible yet systematic program execution.
Object-Oriented Programming Languages
As somewhat evident from the name, object-oriented programming (OOP) languages are designed to define the data of the objects and their behavior in coding. Here, data includes attributes of what the object will do and behavior is associated with how it’ll perform.
Simply put, it minimizes the coding mess, encapsulating object-related codes and releasing stress from internal code workings. Moreover, it helps create inheritance, a feature that creates classes with similar features to be used as needed. Java, Python, C++, etc. are some common examples of OOP languages.
Logic Programming Languages
Based on formal logic, logic programming languages are used for determining logical relationships used for objects. In other words, logic languages are used alongside OOP languages to carry out seamless coding operations.
Again, based on its proceedings, it’s also widely used for AI purposes, within reasoning and conjectures. It allows concise coding and helps maintain and run other coding paradigms. Prolog is one such logic programming language.
While other languages are compiled, scripting languages are interpreted and allow communication with other languages. Within scripting languages, we have server-side SL and client-side SL.
Amongst the famous scripting languages, we have Python as the easiest one that you can learn and begin a career in. It has built-in libraries and is widely used for its rapid application development, easy decoding, and dynamic semantics. Others include Pearl, Bash, etc.
Functional Programming Languages
Functional programming languages provide further coding flexibility than procedural languages. These are used for model computations, and languages like Lisp, Scala, etc. support its paradigm, bringing easier coding practices.
Although not used extensively, functional languages are quite popular from an educational point of view and can be used in a variety of methods. From assigning variables to passing arguments and acquiring returns, functional languages can be used for instructive and programming needs simultaneously.
Imperative Programming Languages
In some cases, the coders are required to change how the information and coding work even with functions and paradigms used. In such cases, imperative programming languages are used since they allow the users to provide instructions to manipulate the state of the program.
The computer then follows the instructions and changes the information structure within the code as requested. Imperative programming languages are used for software development and carrying out low-level tasks including hardware control. Python, C, C++, etc. are some examples.
Front-End Programming Languages
Back-End Programming Languages
On the other hand, back-end programming languages, also known as server-side languages, are used for running logic and functionality for the website being developed. Python, Ruby, etc. are some examples used for configuring functionality that would go with front-end settings.
Interpreted Programming Languages
Compiled Programming Languages
These low-level languages require machine compilation before running for execution. In other words, these must be translated into machine code before execution. C++, Java, etc. are some common examples.
Well, there you have it! Now you’re aware of different programming languages and why they’re used. So, focus on which one is most crucial based on technological advancements, and get started with your training to excel at it right away!