Please enable Javascript to correctly display the contents on Dot Net Tricks!


Posted On : 03 Jun 2016
Updated On : 03 Jun 2016
Total Views : 10506

C is a powerful structure base general purpose script oriented programing language which is efficient to control both hardware and software.

C programing language is use for creating system and application software, it is widely used because of its efficiency and control.

Due to efficiency and control of C many languages were developed in C like C++, Java and python. C is efficient and gives the programmer a great deal of control due to it Unix and Linux operating systems are developed using C.

Origin of C Language

C language has evolved from three different structured language ALGOL, BCPL and B Language. It uses many concepts from these languages and introduced many new concepts such as data types, structure, Pointer, Array etc. In 1988, the language was formalised by American National Standard Institute (ANSI).

In 1990, a version of C language was approved by the International Standard Organization (ISO) and that version of C is also referred to as C89. It was developed to overcome the problems of previous languages such as B, BCPL etc.

About Dennis Ritchie

Dennis MacAlistair Ritchie was born September 9, 1941 in Bronxville, New York. Ritchie received a BS degree in Physics in 1963 and a PhD in Applied Mathematics in 1967 from Harvard University. While a graduate student, Ritchie had a part-time job at MIT Project MAC’s Multicast (Multiplexed Information and Computing Service) time-sharing project.

Features of C Language

Low Level Compatibility

  1. C language provides low level compatibility with hardware that is mostly provided by the Lower level languages. C is relatively similar to Assembly Language

  2. Assembly language codes can be write in C Programming Language.


  1. C Programs are portable that means they can be run on any C Compiler with Little or no Modification
  2. C program can be run on different computer because of its compiler and preprocessor directive.


  1. C Language provides verity of Data Types
  2. Large inbuilt library Functions
  3. Efficient Control & Loop Control Statements

Bit Manipulation

  1. C Programs can perform manipulation using bits. We can perform different operations at bit level manage memory representation at bit level
  2. C provides wide verity of bit manipulation Operators have bitwise operators to manage Data at bit level

High Level Features

  1. It is more User friendly as compare to Previous languages such as BCPL,Pascal .It has great features to manage data as compare to previous languages
  2. C Programming adopted all useful features of previous languages thus C become more effective language

Modular Programming

  1. Modular programming is a software design technique by which software is managed in separate parts known as modules
  2. C Program Integrated Modules together to form a complete program

Use of Pointers

  1. By Pointers C programs access direct memory which make it more efficient
  2. Pointer makes C powerful by which we developed system software