Constructor

Destructor

Delete operator

Friend

Member

call by value

call by reference

call by address

call by value result

default argument

Object

Class

Inheritence

Pointer

Polymorphism

: [Colon operator]

:: [Scope resolution operator]

. [Dot operator]

-> [Arrow operator]

& [Reference operator]

Class A : public B, public C

Class A : public B, class C

Class A : public B, C

Class A : public B public C

Class A : B C

They do not have return type.

They should be declared in the public section.

They cannot be inherited.

They can be virtual.

They have the same name as name of class.

inheritance

association

encapsulation

nesting of class

binding class

single inheritance

hybrid inheritance

hierarchical inheritance

multilevel inheritance

multiple inheritance

default constructor

parametrised constructor

copy constructor

multi constructor

constructor overloading

virtual function

inline function

constructor

static member function

non-public constructor

It can be declared both in the private and the public part of the class without altering the meaning.

It is called using the object of the class.

It does not belong to the class.

It is invoked like a normal function.

To access the data members of the class.

All the objects share the single copy of a static variable.

Static data members are always used in the non static member functions.

On the creation of the first object of the class a static variable is always initialised by zero.

The scope is only within the class, but its lifetime is throughout the program.

It can be accessed using their class names, the scope resolution operator and their member names.

Destructor cannot be overloaded.

Destructor can be inherited.

It is not possible to take the address of a destructor.

A destructor never accepts any argument nor does it return any value.

A destructor is invoked implicitly by the compiler when we exit from the program or block.

Public

Static

Protected

Private

Virtual

ios:app

ios:trunc

ios:ate

ios:out

ios:in

Disk

RedBowl

Wash

Colour

Fill

deletes

hides

formats

shows

destroys

object

class

attribute

data member

member function

A class may inherit only one abstract class.

Abstract classes are instantiated directly.

An abstract class has at least one abstract method.

An abstract class without any implementation just looks like an interface.

Abstract classes are useful when creating hierarchies of classes that model reality.

manager functions

auxiliary functions

mutator functions

predicate functions

inspector functions

cout << Book.price;

cout << Book(price);

cout << Book1.price;

cout << Book1(price);

cout >> Book1.price;

virtual function

function template

static funciton

friend function

inline function

Sum(1,1.0,'h')

Sum(1)

Sum(1,1.0)

Sum('p')

Sum(1.0)

Virtual functions are member functions of a class.

Virtual function takes a different functionality in the derived class.

Virtual functions are declared with the keyword virtual.

Virtual functions are resolved during compile time.

Virtual function is a mechanism to implement the concept of polymorphism.

initialisation

instantiation

assignment

declaration

loading