Programming with C++ Training

• Understand the basic concepts of OOPs- encapsulation, inheritance, and polymorphism
• Describe the advantages of OOPs and C++
• Differentiate between compilation and linking
• Work with basic and user-defined data types
• Define. Declare, and initialize variables
• Write programs using conditional and looping statements
• Perform matrix operations using arrays
• Define and write programs for class, objects, member functions, access modifiers
• Use functions, constructors, and destructors in the program
• Implement inheritance, overloading, and polymorphism
• Use exception handling to avoid run-time errors
• Work with function and class templates
• Make use of Stream class to perform File input-output (I/O)

• Students
• Academicians
• Software developers

1. Principles of Object-Oriented Programming

• Introduction to OOP’s
• Basic Concepts of OOP
  • Encapsulation
  • Data Abstraction
  • Inheritance
  • Polymorphism
• Difference between Object-Oriented and Procedural Programming
• Advantages and Disadvantages of OOP

2. Beginning with C++

• Overview of C++
• Advantages of C++
• Rules for C++ Programming
• Writing C++ Program
• Introduction to Function
  • cout
  • cin
• Header files
• Pre-processor directives
• Creating the Source file
• Compiling and Linking

3. Tokens, Expressions and Control Structures

• Tokens and Keywords
• Identifiers and Constants
• Data Types
  • Basic Data Types
  • User-Defined Data Types
  • Derived Data Types
• Variables
  • Variable naming rules
  • Declaration of variables
  • Assigning values to variables
• Operators and Expressions
• Conditional Statements
  • if statement
  • if…else statement
  • if…else-if…else statements
  • Nested-if
  • Switch statement
• Looping Statement
  • for loop
  • while loop
  • do_while loop
  • Nested loops

4. Arrays

• Array Initialization
• One-dimensional Arrays
• Two-Dimensional Arrays
• Matrix Operations

5. Classes and Objects

• Introduction
• Specifying a Class
• Define C++ Objects
• Defining member functions
  •  Outside the class definition
  •   Inside the class definition
• Class access modifiers
  • public members
  • private members
  • protected members
• A C++ Program with class
• Functions in a Class
  • Inline Functions
  • Friend Functions
  • Static Data Members and Functions

6. Constructors and Destructors

• Constructors
  • Need for Constructors
  • Declaration and Definition
  • Default Constructors
  • Parameterized Constructors
  • Copy Constructor
  • Special Characteristics of Constructors
• Destructors
  • Need for Destructors
  • Declaration and Definition
  • Special Characteristics of Destructors

7. Inheritance

• Defining Derived Class
• Single Inheritance
• Making a private member inheritable
• Multilevel Inheritance
• Multiple Inheritance
• Ambiguity Resolution in Inheritance
• Hierarchical Inheritance
• Hybrid Inheritance
• Virtual Base Classes

8. Overloading

• Function Overloading
• Operator Overloading
• Rules for Overloading Operators

9. Polymorphism

• Introduction to Polymorphism
• Types of Polymorphism
  • Compile-time Polymorphism
  • Run-time Polymorphism
• this pointer
• Virtual Functions

10. Abstraction

11. Encapsulation

12. Exception Handling

• try
• catch
• throw

13. Templates

• Function Templates
• Class Templates

14. Namespaces

• Overview of Namespace
• Namespace Scope
• Defining a Namespace
• The using directive
• Nested Namespaces

15. C++ Stream Classes

• Unformatted and Formatted I/O
• Working with files
  • Classes for File Stream Operations
  • Opening and Closing a File
  • Detecting EOF