C Programming

C Programming course is offered by Pythonsoft. Pythonsoft is a leading software training institute in India to provide quality training to students. As a training institute, we try to provide strong programming skills to our students. We provide both conceptual and practical-oriented training from very basic to advanced levels.

Content:

• 1 Introduction to Programming:
• • Programs and Programming
• • Types of software’s
• • Types of Programming Languages
• • Compiler, Interpreter
• • Memory
• • Algorithms
• • Flowcharts
• 2 Fundamentals in C:
• • Introduction to ‘C’
• • History of ‘C’
• • Features of ‘C’
• • A Simple C Program
• • Character set
• • Constants
• • Variables
• • Keywords
• • Data Types
• • Declaration of Variable
• • Assigning Values to Variables
• • Initialization of variable
• •Basic Structure of a ‘C’ program
• •Header File
• • Printf()
• • scanf()
• •Format specifier
• •Steps for executing C program
• •Programming Examples
• 3 Operators and Expressions:
• • Arithmetic operators
• • Relational operators
• • Logical operators
• • Assignment operators
• • Increment & decrement operators
• • Conditional operator
• • Bitwise operators
• • Special operators
• • Type Casting
• • Sizeof Operator
• • Operators Precedence and Associativity
• • Evaluation of expressions
• • Programming Examples
• 4 Control statements
• • Conditional Control Statements
• • if
• • if-else
• • nested if-else
• • else-if ladder
• • switch-case
• • Loop Control Statements
• • while
• • do-while
• • for
• • Nested Loops
• • Jump Control statements
• • break
• • continue
• • goto
• • exit
• • return
• • Programming Examples
• 5 Arrays
• • One dimensional arrays
• • Declaration of 1D arrays
• • Initialization of 1D arrays
• • Accessing element of 1D arrays
• • Reading and displaying elements
• • Two dimensional arrays
• • Declaration of 2D arrays
• • Initialization of 2D arrays
• • Accessing element of 2D arrays
• • Reading and displaying elements
• • Three dimensional arrays
• • Programming Examples
• 6 Functions
• • Concept of Functions
• • Advantages of using functions
• Types of functions
• Function Declaration
• • function Deffination
• • function call
• • Return statement
• •Parameter passing Techniwues
• •Call by value
• •Call by address
• • Local and global variables
• • Recursion
• • Command line arguments
• • Creating user-defined header files
• • Functions and Arrays
• • Functions and Strings
• • Programming Examples
• 7 Strings
• • String Constants
• • String Variables
• • One Dimensional Character Arrays
• • Declaration of 1D character Arrays
• • Initialization of 1D character arrays
• • Reading string
• • Displaying string
• • String Library Functions
• • Array of Strings or Two Dimensional Array of Characters
• • Programming Examples
• 8 Storage Classes
• • auto
• • static
• • extern
• • register
• • Programming Examples
• 9 Structures, Unions, Enumerations and typedef
• • Defining a Structure
• • Declaration of Structure Variables
• • Initialization of Structure Variables
• • Accessing Structure Members
• • Assignment of Structure Variables
• • Storage of Structures in Memory
• • Size of Structures
• • Reading and Displaying Structure Variables
• • Array of structures
• • Arrays within structures
• • Nested structures
• • Structures and functions
• • Passing Structure Members as Arguments
• • Passing Structure Variable as Argument
• • Returning a structure variable from function
• • Unions
• • enum keyword
• • typedef keyword
• • Bitfields
• • Programming Examples
• 10 Pointers
• • About Memory
• • Pointer Operators
• • Definition  of Pointer
• • Advantages and Disadvantages of Pointers
• • Declaration of Pointer Variables
• • Assigning Address to Pointer Variables
• • Dereferencing Pointer Variables
• • Pointer to Pointer
• • Void pointer
• • Null pointer
• • Pointer Arithmetic
• • Pointer to an Array
• • Pointers and 1D Arrays
• • Pointes and 2D arrays
• • Array of Pointers
• • Passing Arrays to functions
• • Pointers and Strings
• • Pointers and Functions
• • Using Pointers as Arguments
• • Functions Returning Address
• • Function Returning Pointers
• • Pointer to a Function
• • Pointer to Structures
• • Pointers within Structures
• • Self Referential Structures
• • Dynamic Storage Allocation and deallocation
• • Constant Pointers
• • Programming Examples
• 11 Files
• • Using files in C
• • Working with text files
• • Opening a File
• • Closing A File
• •Reading and writing on File
• • File management I/O functions
• • Text Files and Binary Files
• • Random Access Files
• • Programming Examples
• 12 Preprocessor Directives
• • The #include Preprocessor Directive
• • The #define Preprocessor Directive: Symbolic Constants
• • The #define Preprocessor Directive: Macros
• • Programming Examples