Programming in C++

At the end of the course the participant will

• Learn what Is Object Oriented Programming
• Learn to write C++ programs
• Be able to explain the different components of Object Oriented Programming

• Define the structure of a C ++ program
• Indentify the standard input and output function
• Use of comments and width(), end() functions
• Using the editor

• Indentify the C ++ character Set
• Discuss the identifiers and keywords
• Explain the various data types and qualifiers
• Indentify the C ++ variables

• Identify C ++ operators
• Assignment operator
• Arithmetic operator
• Compound Assignment operators
• Relational operators

• Logical operators
• Bit-wise operators
• Understand the  precedence and order of evaluation
• Discuss mixed mode expressions and implicit type conversations
• Indentify C++ shorthands

• Indentify the C ++ character Set
• Discuss the identifiers and keywords
• Explain the various data types and qualifiers
• Indentify the C ++ variables

• The if statement
• The if…else statement
• The if …else if …else statement
• Simple and compound statements
• Nested ifs
• The switch statement
• Nested switch

• Indentify the interaction constructs
  • The while loop
  • The do … while loop
  • Nested while and do… while loops
  • The  for loop
  • Multiple initializations/increments in for loop

• Discus some important Header files
  • stdio.h
  • string.h
  • ctype.h
  • math.h

• Discuss the following
  • The Object- Oriented Approach
  • Drawbacks of Traditional Programming
  • Object – Oriented Programming

• Discuss basic Object – Oriented Concepts such as
  • Objects
  • Classes
  • Properties
  • Methods
  • Abstraction
  • Inheritance
  • Encapsulation
  • Polymorphism

• Compare Classes with structures
• Describe Private and Public Sections of Classes
• Define Member Functions

• Use the Objects and Member Functions of a class
  • Define Objects
  • Access Member Functions
  • Pass and Return Objects
• Discuss briefly the features of C++ and another OO language( Smalltalk)

• Use the scope resolution operator
• Use dynamic memory allocation with
  • New
  • Delete
• Use Pointers to objects
• Define and use Constructors
• Define and use Destructors
• Define the ‘’Const’’ keyword
• Define and use the’’ this’’ pointer
• Describe how objects and functions are arranged in memory
  • Static Data Members
  • Static member Functions
• Describe type conversations using
  • Converting by assignment
  • Type casting

• • Understand the concept of functions with default arguments
  • Define and use Friend functions
    • Advantages
    • Disadvantages
    • Friend classes
  • Describe function overloading
    • Various data types
    • Different number of arguments
    • Describe the scope for function overloading
  • Explain the use of reference arguments
    • Passing references to functions
    • Returning references from functions
  • Define and use Inline functions

• Describe Operator Overloading
  • Unary operators
  • Binary operators
  • Binary arithmetic operators
  • Compound assignment operators
  • Comparison Operators
• Describe overloading of the Assignment operator
• Describe copy Constructors
• Describe conversation functions which help in conversion
  • From basic types to User- Defined types
  • From User – defined types to basic types
  • Between objects of Different Classes
• Indentify operators that cannot be overload

• Describe Single Inheritance
• Describe Base classes and Derived Class
• Access Base class members and use pointers in classes
• Describe types of inheritance
• Describe Constructors and Destructors  under inheritance
• Describe how to call Member Functions of the Base Class and Derived
• Describe Container classes

• Describe Multiple Inheritance
  • Constructors under Multiple Inheritance
  • Ambiguity in multiple inheritance
  • Multiple Inheritance with a common base
• Describe Virtual Base Classes
  • Constructors and Destructors
• Use Pointers to objects to access Member functions
• Describe Virtual functions
• Describe Polymorphism
• Describe Dynamic  binding
• Describe pure Virtual functions
• Describe Abstract classes
• Describe Virtual Destructors