• Basic OOP concept

• Constructors

• Default constructor

• Parameterless Constructors

• Use of member initialization list

• How to and Why to involve superclass constructor

• Destructor

• Default Destructor

• Lab Exercises

• Inheritance : The support of reusability

• Multiple inheritance

• Conflict resolution

• Generic reference

• The late binding issues

• Polymorphism and virtual functions

• Lab Exercises

• Function pointers

• Passing functions as argument

• Callback function

• Inline functions

• Inline functions vs. macro functions

• Inline member functions

• Function return object by reference

• Constant Member Functions

o Logically Constant Functions

o Mutable keyword

• Lab Exercises

• The iostrean Library

• Predefined streams

• Operator<<

• Overloading << for User-defined Classes

• Overloading >> for User-Defined Classes

• Manipulators

• Stream States

• Formatted I/O

• Disk Files

• Internal Transmission of Data

• Reading & Writing Objects

• Lab Exercises

• Object initialization and Copy Constructor

• Deep vs shallow copying

• Object assignment and overloading operator

• Lab Exercises

• Private, protected, public and virtual inheritance

• Abstract Class and Pure Virtual Function

• Lab Exercises

• Operator overloading

• Rules for operator Overloading

• Rationale for Operator Overloading

• Overloading Member Functions

• Overloading Non-Members Functions

• Overloading Type Cast (conversion) Operator

• Overloading operator new and delete

• Friend Functions

• Overloading []

• Overloading Increment and Decrement Operators

• Friend functions

• Lab Exercises

• Template – Parameterize Types

• Template functions

• Specializing a template function

• Template classes

• An array template class

• Instantiating a template class object

• Rules for templates

• Non-member function with a template argument

• Friends of template classes

• Templates with multiple type parameters

• Comments regarding templates

• Using export

• Member Templates

• STL (Standard Template Library)

• Lab Exercises

• Namespaces

o Namespace Definitions

o Unnamed Namespaces

o Using Directives

o Using Declarations

o Namespace Aliases

o The namespace std

o The namespace anonymous

• Exception Handling

• Traditional approaches to error handling

• Try, catch and throw

• A simple exception handler

• Multiple catch blocks

• The exception specification list

• Rethrowing

• Cleanup

• Exception matching

• Inheritance and exceptions

• Catch by reference

• Standard exceptions

• Asynchronous Exceptions

• Lab Exercises