In addition to the characteristics of the C programming language, there are some limitations that are described in this chapter.
C programming language was developed to overcome the difficulties found in older programming languages such as BCPL, BASIC, B, etc.
This lesson describes about compiler, how to Set-up the C compiler and to handle with it properly.
This lesson has detailed description about C program structure. It's important for you before proceeding to learn more advanced lessons of C programming.
Format specifiers can be defined as the operators which are used in association with printf() function for printing the data that is referred by any object or any variable.
In C programs, each individual word and punctuation is referred to as a token. C Tokens are the smallest building block or smallest unit of a C program. The compiler breaks a program into the smallest possible units and proceeds to the various stages of the compilation, which is called token.
Identifiers are names given to different entities such as constants, variables, structures, functions, etc.
C Constants is the most fundamental and essential part of the C programming language.
This lesson describes C Data-Types and Variable Declarations. A data-type in C programming is a set of values and is determined to act on those values.
Variables are memory locations(storage area) in the C programming language, and the primary purpose of variables is to store data in memory for later use.
Storage Classes are associated with variables for describing the features of any variable or function in C program. These storage classes deal with features such as scope, lifetime and visibility which helps programmers to define a particular variable during program's runtime.
The preprocessor is a program invoked by the compiler that modifies the source code before the actual composition takes place.