Basics of C Language and Flow Control

Concepts of Array Memory and User-defined Data types

Understanding Functions in C

C Code Organization And Optimization

Understanding Pointers In C And Memory Allocation

• First C program
• Functions
• Data types
• Control Flow
• Operators
• Number System
• Primitive and Non Primitive data types
• Working with Variables
• Constants
• Expression
• Conditional branching
• Looping
• Memory Layout

• Arrays
• Declaration of an Array
• Initialization of an Array
• Accessing Array Elements
• Memory Requirement
• Storage Allocation
• Structures
• Definition and Accessing a structure
• Unions
• How to use Union
• Bit Fields
• How to use Bit Fields

• Functions
• Why do we need Functions?
• Definition and Declaration of function
• Argument vs Parameters
• Function with No Return Values and No Arguments
• Function with Return Values and No Arguments
• Function with Arguments and No Return Values
• Function with Arguments and Single Return Value
• Function with Arguments and Multiple Return Values
• Calling a Function
• Types of Function Calls - Overview of Basics
• Call by Value
• Inline functions
• Re-entrant functions
• Recursive functions
• Stack frame of a C Function

• C Coding Style
• C Naming Conventions
• C Header Files
• Compiler Options
• Linker Options
• C Libraries
• C Code Management

• hat is a Pointer
• Declaration of pointers in C
• Initialization of pointers in C
• Assignment of C pointer values
• Pointer operators
• Arithmetic operations on pointers
• Pointers vs Arrays
• Passing pointers to a function
• Returning pointers from a function
• Static Memory Vs Dynamic Memory
• Allocation of Dynamic memory
• Freeing Memory allocated dynamically
• Linked Lists using Pointers in C
• Vectors, and how to build them using Arrays and Linked Lists with Pointers