C++ and Object – Oriented Programming (CS – 13 )

Unit : 1  

Principles of Object – Oriented Programming Tokens, Expressions & Control Statements 

Procedure – Oriented Programming  

∙ Object oriented programming paradigm  

∙ Basic concepts of object-oriented Programming  

∙ Benefits of object-oriented programming  

∙ What is c++?  

∙ Input/output operators  

∙ Structure of c++ program 

∙ Introduction of namespace  

∙ Create own header file 

∙ Tokens :  

Keywords, identifiers, basic data types, user- defined types, derived data types, declaration of  variables, dynamic initialization of variables, reference variables  

∙ Operators in C++ :  

Scope resolution operator, member referencing operator, memory management operator,  manipulators, and type cast operator.  

∙ Expression :  

Expression and their types, special assignment operator, implicit conversions  

∙ Control structures  

Conditional control structure: 

Simple if, if…else, nested if else, switch etc.  

Looping control structure :  

for, while, do…while  

Functions in C++  

∙ The main function  

∙ Function prototype  

∙ Call by reference  

∙ Return by reference  

∙ Inline function  

∙ Default arguments  

∙ Functions overloading  

∙ Adding C Functions turbo C++  

Unit : 2  

Classes and Objects, Constructor & Destructor 

C structures revisited  

∙ Specifying a class 

∙ Local Classes  

∙ Nested Classes 

∙ Defining member functions, nesting of Member functions, private member function, making outside  function inline  

∙ Arrays within a class 

∙ Memory allocation for objects  

∙ Static data member  

∙ Arrays of objects 

∙ Objects as function arguments  

∙ Friendly functions  

∙ Returning objects  

∙ Characteristics of constructor  

∙ Explicit constructor  

∙ Parameterized constructor  

∙ Multiple constructor in a class 

∙ Constructor with default argument 

∙ Copy constructor  

∙ Dynamic initialization of objects  

∙ Dynamic constructor  

∙ Destructors  

Unit : 3 

Operator Overloading & Type Conversion, Inheritance 

∙ Concept of operator overloading  

∙ Over loading unary and binary operators  

∙ Overloading of operators using friend Function  

∙ Manipulation of string using operators  

∙ Rules for operator overloading  

∙ Type conversions.  

∙ Comparison of different method of conversion  

∙ Defining derived classes  

∙ Types of inheritance (Single, Multiple, Multi-level, Hierarchical, Hybrid)  

∙ Virtual base class  

∙ Constructors in derived class  

∙ Containership, Inheritance V/s Containership  

Unit : 4 

Pointer, Virtual functions & Polymorphism, RTTI Console I/O Operations 

  ∙ Pointer to Object  

∙ Pointer to derived class  

∙ this pointer  

∙ Rules for virtual function  

∙ Virtual function and pure virtual function.  

∙ Default argument to virtual function  

∙ Run Time Type Identification 

∙ C++ streams  

∙ C++ stream classes  

∙ Unformatted and formatted I/O operations  

∙ Use of manipulators.  

Unit : 5 

Working with Files, Exception handling, Introduction to Template STL 

∙ File stream classes  

∙ Opening and closing a file  

∙ File modes  

∙ File pointers  

∙ Sequential I/O operations  

∙ Updating a file (Random access)  

∙ Command line arguments  

∙ Overview of Exception Handling  

∙ Need for Exception Handling  

∙ various components of exception handling  

∙ Introduction to templates  

∙ Class templates  

∙ Function templates  

∙ Member function templates  

∙ Overloading of template function  

∙ Non-type Template argument  

∙ Primary and Partial Specialization  

∙ Introduction to STL  

∙ Overview of iterators, containers