‘C’ seems like a strange name for a programming language. But this strange-sounding language is one of the most popular computer languages ​​today because it is a structured, high-level, machine-independent language. It allows software developers to develop programs without worrying about the hardware platforms where they will be implemented. The root of every modern language is ALGOL, introduced in the early 1960s. C was developed from ALGOL, BCPL, and B by Dennis Ritchie at Bell Laboratories in 1972.

C uses many concepts from these languages ​​and added the concepts of data types and other powerful features. Since it was developed alongside the UNIX operating system, it is strongly associated with UNIX. During the 1970s C had developed what is known as ‘Traditional C’. To ensure that the C language remains a standard, in 1983 the American National Standards Institute (ANSI) appointed a technical committee to define a standard for C. The committee approved a version of C in December 1989 that is now known as ANSI C. It was then approved by the International Organization for Standardization (ISO) in 1990. This version of C is also known as C89.

The growing popularity of C is probably due to its many desirable qualities. It is a robust language whose rich set of built-in functions and operators can be used to write any complex program. The C compiler combines the capabilities of an assembly language with the features of a high-level language and is therefore suitable for writing both system software and commercial packages. Many of the commercially available C compilers are written in C. Programs written in C are efficient and fast. This is due to its variety of data types and powerful operators. C is highly portable. This means that C programs written for one computer can run on another with little or no modification. Portability is important if we plan to use a new computer with a different operating system. The C language is well suited to structured programming, requiring the user to think of a problem in terms of modules or function blocks.

A proper collection of these modules would make a complete program. This modular structure makes it easy to debug, test, and maintain the program. Another important feature of C is its ability to be extended. The AC program is basically collections of functions that are supported by the C library. We can continually add our own function to the C library. With the availability of a large number of functions, programming tasks become simple. I know most of you are not getting good C programming tutorials. I think you can get the best C programming tutorial and the largest collection of source code at http://www.thecodehunt.com which is a good site. Organized, especially for first timers.