Course Detail

Course Description

C++ syllabus
Day Chapter Topics Hours
Day 1
Day 2
Object Oriented
Programming Principles
 Need of OOPs, difference b/w structured &
OOPs
 What are objects, features
 OOPs Features
 Classes & objects
 Encapsulation
 Inheritance
 Polymorphism
 Data Abstraction
2
Day 3 Introduction C++
 History, Features
 Rules of C++ programming
 Structure of C++ program
 C++ Tokens
 (Identifiers, Keywords, Constants, Operators,
Special characters)
 C++ Data types
 (Basic, Derived, User defined)
1
Day 4
Day 5
Day 6
Basic programming
 Console I/O Statements(cin, cout)
 Programs to perform various calculations
 Operators
 Programs to implement various operators
3
Day 7
Day 8
Day 9
Control statements
 Conditional Control Statements
o If-else , switch-case
 Loops
o While, do while, for
 Implementing programs on conditional & loops
 break, continue, goto keywords
3
Day 10
Day 11
Day 12
Arrays
 Definition, advantages
 Array types
 Single dimension
 Double dimension
 Declaration, accessing array data
 Implementation of array operations
3
Day Chapter Topics Hours
Day 13
Day 14
Functions
 Definition, advantages, types of functions,
classification
 Implementing various kinds of functions
 Inline functions
2
Day 15
Day 16
Day 17
Day 18
Object Oriented
Programming
 Defining a Class ,creating Objects
 Accessing Data Members using objects
 Calling Member Functions using objects
 Implementing Array of Objects, objects as
parameters & return type, new , this
operators
 Scope resolution operator
 access specifiers(private, public,
protected)
 Implementing Static Data Members
 Implementing Static Member Functions
4
Day 19 Function Overloading
 What is function over loading
 Implementing overloading on various
functions
1
Day 20 Operator Overloading
 Definition, why it is required, advantages
 About operator keyword, rules of operator
overloading
 Overloading various operators
1
Day 21
Day 22
Constructors &
Destructors
 Definition, uses
 Types (Default Constructor, Parameter
Constructor, Copy Constructor)
 Destructors
2
Day 23
Day 24
Friend Function &
Friend classes
 Friend Function definition, usage of friend
keyword
 Implementing of friend functions in various
scenarios
 Friend Class definition, usage
 Implementing of friend class
2
Day Chapter Topics Hours
Day 25
Day 26
Day 27
Day 28
Day 29
Inheritance
 Definition, Advantages
 Types of Inheritances
(Single, Hirerchial, Multilevel, Multiple Hybrid)
 Implementing various kinds of inheritances
 Implementing various constructors in
inheritance
 Implementing function over riding
 Implementing various access levels in
inheritance
5
Day 30
Day 31
Virtual Functions &
Abstract Classes
 Definition, requirement,
 How to implement
 Pure virtual function definition
 Implementing abstract classes
2
Day 32
Day 33
Day 34
Templates
 Template Definition
 Generic Function
 Generic Class
 Template function Overloading
3
Day 35
Day 36
Day 37
Day 38
I/O Streams & Files
 Streams Hierarchy
 Input Streams & Output Streams
 What is File?
 Implementing various file operations on
basic data types(write, read, append and
modify)
 Implementing various file operations on
object data types(write, read, append and
modify)
 Random Access Files(seekp, seekg, tellp,
tellg)
4
Day 39
Day 40
Formatted IO
 IO Flags
 Io Functions
2
Day 41
Day 42
Exception Handling
 Try, catch, throw
2