Advantages and Disadvantages of C++ Programming Language
C++ is a general-purpose programming language. It is a compiled language, which means that it needs to be translated into machine language before the computer can understand it.
This translation process is carried out by the compiler, which translates C++ code into assembly language and then assembles it into an executable file.
1. It is object-oriented
It supports procedural, object-oriented, and generic programming models that make it applicable to a wide range of industries and applications.
C++ is an object-oriented programming language. It means that you can create classes with objects and store them in memory. This feature makes C++ more powerful than other high-level programming languages.
The syntax of C++ does not change frequently and hence makes it easier for developers to write code once and use it for many years without worrying about syntax errors or incompatibilities between different versions of compilers.
Unlike many other languages like Java and Python C++ programs are portable across platforms and operating systems without making any modifications in code. For example, if your program was written on the Windows platform then you can run it on Linux or Mac OS X platform without making any changes to code except changing the binary file format.
It is faster than most other languages because it does not have any garbage collection mechanism like Java or Python which makes the execution of your program faster by several orders of magnitude compared to other languages like Java or Python etc.
6. Platform Independent
A program written in C++ can run on any platform with a compatible C++ compiler available for that platform.
It can be used to develop applications for almost any platform including desktop computers, mobile devices, and even embedded systems. It can also be used to develop server-side applications, web applications, or desktop applications like games and much more.
8. Statically typed
Static typing means that when you declare a variable or function, it will always be of a certain type (e.g., int or char). You do not need to specify this every time you use that variable or function as you would when working with dynamically typed languages.
Scalability refers to how easily an application can be modified or expanded to accommodate more users or more data. This means that as your needs change, you can easily modify your code so that it works with more people or more data without having to rewrite everything from scratch.
10. Supports Multiple Programming Paradigms
It supports different paradigms such as procedural, object-oriented, generic, and several others as well, making it easier for developers to code in a way that best suits their style of coding.
1. Security vulnerabilities
Unlike other languages, C++ doesn’t have any built-in support for memory management and data type checking which results in more bugs and errors if you don’t know what you are doing.
2. Requires more time for compilation
It takes longer time than other programming languages such as Java and Python during the compilation process because it uses complex syntaxes that require extra processing time during the compilation process due to extra work done by the compiler during the compilation process.
3. Does not support garbage collection
Because garbage collectors aren’t supported in C++, the user has complete control over data memory management. In the absence of the same, redundant data is stored, which increases memory usage.
C++ is a powerful programming language that has been used in many professional projects. It is considered as a more complex and advanced programming language.