C++ is a language primarily designed around objects, rather than functions and logic. This kind of structure greatly streamlines the process of troubleshooting, boosts the code’s flexibility, reusability, and increases programming speed.
C++ Standard Template Library (STL) provides a huge variety of presets that make writing code fast and efficient. Furthermore, the library is conveniently split into sections for maps, hash tables, sets, and so on.
One of the key advantages of C++ is its blazing fast speed, standing out favourably among most other general purpose programming languages. If you require high performance under longer latencies, C++ is the choice for you.
Switching to a different machine - or even a different system - can be a terrible hassle. That said, migrating C++ code to a different type of architecture (say, from X86 to ARM) is a non-issue: it’s quick, safe, and totally effortless.
While C++ is primarily object-oriented, it can be used as a generic or imperative programming language. Such versatility makes it one of the most flexible and efficient tools in any developer’s arsenal.
C++ smoothly handles apps of any size and levels of resource intensity. Thanks to the language’s robust functionality, scaling all sorts of databases and solutions is a breeze - both in terms of performance and convenience.
C++ uses dynamic memory allocation. While this approach does put more responsibility on the coders, it gives them complete control over data storage.
C is a procedural programming language and a close relative of the much more advanced C++. The latter allows for low-level code manipulation, meaning that the two can integrate with little to no difficulty.
To expand on the previous point, C++ has all the necessary functionality to be fully compatible with its predecessor. C++ can run .cpp files, which means that an error-free C code will work just as smoothly on C++.