Advantages and disadvantages of C Language

Advantage
Disadvantage
Efficiency: Because C is a compiled language, the code you write is instantly converted into machine code, making it a very efficient language. For systems programming, when performance is crucial, this makes it the best option.
Complexity: Learning the C language can be challenging for novices due of its complexity. It calls for a solid grasp of pointers, memory management, and computer architecture.
Low-level programming: C is a great language to use when creating low-level system software because it gives you direct access to memory and hardware resources.
Low-level programming: C is a great language to use when creating low-level system software because it gives you direct access to memory and hardware resources.
Portability: C applications can be built and executed on a variety of operating systems, including Windows, Mac OS, Linux, and others.
No automatic garbage collection: As C doesn't offer automatic garbage collection, handling memory allocation and deallocation falls to the programmer.
Flexibility: The large variety of data types and structures that C offers make it a flexible language that can be utilised to address a variety of issues.
Possibility for security flaws: If C is not designed carefully, it may be susceptible to buffer overflow attacks and other security flaws since it permits direct manipulation of hardware resources and memory.
Widely used: C is one of the most used programming languages in the world, and as a result, it has a sizable user base, making it simple to locate support and resources.
Restricted library support: Although C has access to a large number of libraries, it is not as complete as certain other languages like Python or Java.

In conclusion, the C programming language has proven to be durable and is still a popular option for creating embedded systems, system software, and other applications that demand great performance and direct access to hardware resources. It does, however, have several drawbacks, such as complexity, a lack of library support, and potential security flaws.