You may have heard that C++ a dead language, but its career prospects prove otherwise. C++ is an object-oriented and imperative programming language.
The C++ language was invented in 1985 by Bjarne Stroustrup. As a result, C++ has evolved into a robust language that prioritizes performance, efficiency, and flexibility.
Many people think C++ is a "dead" language with limited scope (especially beginners). Instead, they would rather learn trendy platforms and languages like React and Python.
What we are going to do now is to discuss why C++ is still relevant and useful in 2021.
What role C++ language plays for C # programmers?
The C++ language is still used for desktop applications, games and gaming engines, 2D and 3D animation, for developing web browsers, database software, media access software, compilers, operating systems, printing and scanning applications, engineering and medical applications, and embedded and real-time applications.
A general purpose coding language known as C++ (or "C-plus-plus") has been used for over forty years to develop games, browsers, operating systems, apps, etc.
Bjarne Stroustrup created C++ language in 1979 as an extension to the C language, which is still easy to integrate with. You can do procedural, object-oriented, and functional programming with it. As a result, it gives programmers an incredible level of control over system resources and memory, and is the basis for millions of existing programs and lines of code.
C++ is still used today, even though Java, C#, and other languages have been developed since 1979. What makes it so attractive to some developers over newer languages?
What Makes C++ So Good for C # developers?
When it was at its peak, C++ was the most popular programming language. Although it is not at its peak anymore, it is still a compelling and versatile programming language. Multiple programming paradigms are supported, including object-oriented, procedural, and generic.
C++ is an object-oriented programming (OOP) language (similar to Java) that provides developers with all the tools they need in order to write programs that adhere to OOP principles.
Furthermore, the C++ Standard Template Library (STL) has a bunch of built-in functions that help you write code. Developers can use the built-in containers, hashmaps, heaps, etc. and code more efficiently.
C++'s staggering speed is one of the reasons it's so popular. Low-latency applications tend to use C++ because it compiles and executes faster than other general-purpose programming languages.
Also, it has pointer support that Python doesn't have.
C++ is also widely regarded as one of the best programming languages.
Another cool thing about C++ is that it's easy to install; you just need an IDE like Microsoft Visual Code, and you're ready to go. It's hard to install Python or Java, though.
Because C++ has been around for over 40 years, it's pretty old. In addition, 40+ years of developers built out libraries for its use, perfected its methodology, developed test cases, and refined it to the best version of itself.
A developer's perspective, it also means there are millions of programs written in C++, so even if no new programs were ever written in C++, there would still be a lot of work to keep what exists going!
Because C++ is old, it's important. Even if its age is a disadvantage.
Let's be clear: if C++ didn't work, we wouldn't have it.
C++ is considered a low-level language, meaning it provides little (or no) abstraction from the computer's hardware (1s and 0s), and maintains a similar structure to the hardware. In that sense, it maintains the simplicity and directness of this "low-level" function.
Due to this, its performance and memory are efficient, since there isn't a lot of intermediary between what you write and what the computer needs to understand what you write.
In short, C++ is fast and efficient. That's why it's still being used and that's why that use is expanding instead of contracting and that's why it's still in use.
Because C++ has been able to evolve as the needs for it have changed, unlike some other programming languages, it has remained useful, current, and vital. As compared to other programming languages, C++ is adaptable and has adapted rapidly along with programmer and software needs.
In addition, C++ is versatile since it has been widely used for so long that it is highly compatible with most other languages on the market and for most emerging uses. C++ can be used for infrastructure on the client side, or for communication between processors and networks. And much more.
There is a lot of code written in C++ already, so it's no wonder that there are plenty of jobs for developers who know C++. From Google to Microsoft, top companies turn to BitsOrchestra to find and hire C++ developers - and BitsOrchestra consistently places the top 3% of Latin American C++ developers in jobs all over North America.
Although it may seem old, it's still popular for developing android apps, video games, virtual reality, and highly-reliable FinTech applications -- therefore, it's got a very active job market and shouldn't be overlooked by hiring managers or developers who are looking to build strong nearshore or in-house teams.
No matter what you're building, if it's a user-facing application, you are likely to build it in a way that it'll work with an OS. In that case, you will need to use C++.
Why? Operating systems such as Microsoft Windows, Mac OS, and Linux use C++.
Virtually all major web browsers use C++ as well. We need our browser to render as quickly as possible. We are impatient, so we build our rendering engines in C++ (don't tell me otherwise).
Another significant advantage of C++'s age and maturity is the large community of users it has, and this large community of users - spread around the globe and in every corner of the developer community, as well - supports C++ (and those who write code in it) with a plethora of support, both paid and free. It's easier to use and to learn, so it's a great tool. For a new developer or an older one, that's a big advantage.
In the end, every programming project must make serious decisions about what language to use and why. It is not easy to decide whether C++ is the best language for your project. When it comes to speed, price, and quality, it stands up pretty well to the competition -- though it will depend on what you are building and what your priorities are.
You'd be naive to ignore C++ just because it's not the newest language. You might want to consider this versatile, fast, foundational, and efficient language if the reasons above resonate with you and seem to align with your program's needs.
Please contact us if you need assistance connecting with a great C++ developer. BitsOrchestra only hires the best Dot net developers!
It is still important to remember that C++ is still relevant because many applications still suffer from processing speed bottlenecks, and the problems with that aren't going away. As of now, it is one of the best choices for fast software, with alternatives like Rust lacking ecosystem support for a wide range of use cases.
There has been a programming language available for almost forty years, meaning that most problems in software development have already been solved by open-source libraries and frameworks. A Rust game, however, would require one to recreate a framework such as Unreal Engine in it to create a high-quality game.
Additionally, when a language is learned with manual memory management, there are quite a few advantages associated with it. The advantage to learning C++ is that you will get much closer to bare metal, which will help you to better understand how computers work. Using other languages, such as Java or C#, becomes much easier with that knowledge.
Furthermore, you don't even lose much by learning C++ first. Since many of the principles are shared across different object-oriented programming languages, once you have learned it, it is relatively easy to switch to another.
Ultimately, if you are interested in creating high-performance applications such as browsers or game engines, C++ will be the best choice for you. Otherwise, you should consider an alternative.
Because many applications still bottleneck on processing speed, C++ remains relevant. As of now, it's one of the best choices for fast software, with alternatives like Rust lacking ecosystem support for a wide range of use cases.
Since the language has been around for almost 40 years, most of the software problems have already been addressed by open-source libraries and frameworks. In contrast, in order to create a high-quality game in Rust, one would have to recreate a framework like Unreal Engine.
There are also significant benefits to learning a language with manual memory management. The C++ language gets you closer to the bare metal, which gives you a better understanding of how computers work. If you have that knowledge, you can use other languages like Java and C# much more effectively.
Further, you don't even lose that much by learning C++ first. Object-oriented programming languages share a lot of common elements, so switching from one to another is relatively easy once you learn it.
If you are interested in developing high-performance applications like browsers or game engines, C++ will be the best choice for you. Otherwise, perhaps you should consider another option.
To get started with C++, here are a few resources:
A 10-hour tutorial on C++ on Youtube. With this book, you will learn the basics of C++ and how to use classes and inheritance to start doing object-oriented programming.
Exercism's C++ track. You can use Exercise's 50+ C++ exercises and mentors to ensure your code follows idiomatic rules and uses concepts correctly.
Google's C++ class. Google offers a free course on C++ that covers a lot of the language's basics.
Programming: Principles and Practice Using C++ (2nd Edition). You may want to pick up a book on C++ at some point. The book has been battle-tested on thousands of university students and is written by the creator of the language, so it shouldn't be the worst.