C Language Introduction-
C Language C is a procedural programming language. It was first developed by Dennis Ritchie in the year 1972. It was predominantly evolved as a framework programming language to compose a system programming. The fundamental highlights of C language incorporate low-level access to memory, a straightforward arrangement of catchphrases, and a clean style, these highlights make C language appropriate for framework programmingโs like a working framework or compiler improvement.
Numerous later dialects have acquired linguistic structure/includes legitimately or in a roundabout way from C language. Like punctuation of Java, PHP, JavaScript, and numerous different dialects are for the most part dependent on C language. C++ is almost a superset of C language (There are scarcely any projects that may accumulate in C, yet not in C++).
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Features of C Language
Simple
C is a basic language as in it gives an organized way to deal with (break the issue into parts), the rich arrangement of library capacities, information types, and so forth.
Machine Independent or Portable
In contrast to low level computing construct, c projects can be executed on various machines with some machine-explicit changes. Along these lines, C is a machine-free language.
Mid-level programming language
In spite of the fact that C is planned to do low-level programming. It is utilized to create framework applications, for example, kernel, driver, and so on. It additionally underpins the highlights of a significant level of language. That is the reason it is known as mid-level language.
Organized programming language
C is an organized programming language as in we can break the program into parts utilizing capacities. In this way, it is straightforward and changes. Capacities additionally give code reusability.
Rich Library
C gives a lot of inbuilt capacities that make the development quick.
Memory Management
It underpins the component of dynamic memory designation. In C language, we can free the allotted memory whenever by calling the free() work.
Speed
The assemblage and execution time of C language is quick since there are lesser inbuilt capacities and subsequently the lesser overhead.
Pointer
C gives the element of pointers. We can legitimately connect with the memory by utilizing the pointers. We can utilize pointers for memory, structures, capacities, cluster, and so on.
Recursion
In C, we can call the capacity inside the capacity. It gives code reusability to each capacity. Recursion empowers us to utilize the methodology of backtracking.
Extensible
C language is extensible in light of the fact that it can without much of a stretch embrace new highlight.
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