What is C++ and common applications of c++

What is C++ & How It Compares to Other C Programming Languages

Table of Contents

What Is C++?

Why Should You Use C++?

What Is C++: Common Applications of C++

What is C++ and How C++ Compares to Other C Languages

Are You Interested in Becoming a Programmer or Developer?

The demand for new apps and games is higher than ever and shows no signs of abating. Fortunately for programmers and developers, there are many tools to choose from to help them keep up with the demand.

Today we’re looking at one of the most well-established and respected tools available, the C++ language. This article answers critical questions like “What is C++?”; “Why use C++?”,; “What’s C++ good for”; and How does C++ stack up against other C languages?”

Once you’re done, you’ll have a good grasp of what the C++ language is and when to use it.

What Is C++?

C++ is one of the most well-known and well-used programming languages today, used by more than four million programmers worldwide. The language made its debut in 1985 as an iteration of the C programming language. It began as an extension of C but evolved into a different language with distinctive characteristics and features.

C++ is a scalable, object-oriented language, perfect for large, scalable applications thanks to its discrete and direct memory management capabilities and low-level machine functions. Additionally, C++ has the advantage of being both an object-oriented and a procedural language, something very few other languages can boast of.

Why Should You Use C++?

Here’s why you should know what is C++ and why to use it.

• ?It’s fast:?Newer languages have extra bells and whistles like garbage-collection and dynamic typing, which, while helpful, slow the program's overall execution. C++ doesn't have this additional processing overhead, so it's swift. In addition, C++ is a compiled language, contributing to the high speed.
• It’s well-supported:?C++ enjoys extensive library support, including third-party libraries, conducive to fast and rapid development.
• It’s a mid-level language:?That means C++ is great for performing systems programming (e.g., networking, kernels, drivers), and building large-scale user applications.
• ?It’s simple:?Simple, in this context, means that you can break programs down into logical units and parts. Additionally, it offers many data types and robust library support.
• ?It’s object-oriented:?One of the C++ language’s most significant advantages is that it’s object-oriented. Object-oriented support makes it easier for C++ to create maintainable and extensible programs
• ?It’s machine-independent:?Although C++ isn’t platform-independent, it’s machine-independent. This characteristic means it can work on different computer systems regardless of their components. On the other hand, platform-independent means a Windows-compiled program won't run on a Linux system.

What Is C++: Common Applications of C++

You will inevitably find the C++ language in action no matter which way you turn. Business applications, browsers, database engines, cloud/distributed systems, game and graphics engines, and operating systems all rely on C++ for application development since it's a versatile, general-purpose language. In addition, C++ can handle the heavy lifting of large-scale apps.

Let’s look at some areas that rely heavily on the C++ language.

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