Developing Projects Using Object-Oriented C++

by Smith, Jo Ann

• ISBN13: 9780760011072
• ISBN10: 0760011079
• Format: Paperback
• Copyright: 1999-04-01
• Publisher: Course Technology Ptr

Table of Contents

Preface	iii
Read This Before You Begin	viii
Introduction to Object-Oriented Concepts and C++ Classes	1	(22)
Object-Oriented Programming	2	(1)
Data Encapsulation	3	(1)
Abstractions	4	(1)
Classes	5	(7)
Public and Private Sections	6	(2)
Creating an Object	8	(1)
Defining Methods	8	(1)
Defining a Default Constructor	9	(3)
Invoking a Method	12	(1)
Writing a C++ Program Using a Class	13	(1)
Organization of Object-Oriented C++ Programs	13	(2)
Using an Array of Objects	15	(2)
Summary	17	(1)
Progressive Projects	18	(3)
Independent Projects	21	(2)
Writing Class Methods	23	(28)
Introduction to Polymorphism	24	(1)
Overloading Functions	24	(3)
Default Function Arguments	27	(2)
Constructiors and Destructors	29	(10)
Constructor Functions	29	(4)
Copy Constructor	33	(4)
Constructor Initialization Lists	37	(1)
Destructors	37	(2)
Operator Overloading	39	(9)
The Equality Operator: operator==()	40	(1)
The Assignment Operator: operator=()	41	(2)
Overloaded Math Operators	43	(1)
Overloading ++ and --	44	(4)
Summary	48	(1)
Progressive Projects	49	(1)
Independent Projects	50	(1)
More on Class Methods	51	(24)
Friend Functions	52	(7)
Granting Friendship to Nonmember Functions	52	(4)
Granting Friendship to a Method of Another Class	56	(1)
Granting Friendship to Another Class	57	(2)
Inline Functions	59	(3)
Constants	62	(6)
Declaring Constants	62	(2)
Reference to a Constant	64	(1)
Pointer to a Constant	65	(1)
Passing a Constant Object by Value	66	(1)
Constant Methods	66	(2)
Static Data Members and Methods	68	(4)
Summary	72	(1)
Progressive Projects	73	(1)
Independent Projects	74	(1)
Reusing C++ Classes	75	(22)
Relationships: ``Has-a'' Versus ``Is-a''	76	(1)
Using Composition	76	(5)
Declaring a New Class That Uses Composition	76	(2)
Defining a Class That Uses Composition	78	(2)
Using the Inventory Class in a C++ Program	80	(1)
Using Inheritance	81	(3)
Declaring a Derived Class	84	(2)
Defining a Derived Class	86	(1)
Redefining Methods in a Derived Class	86	(2)
Writing Constructors and a Destructor for a Derived Class	88	(3)
Using Derived Classes in a C++ Program	91	(2)
Summary	93	(1)
Progressive Projects	93	(2)
Independent Projects	95	(2)
More on Inheritance	97	(28)
Types of Deriva	98	(1)
Public, Private, and Protected Members	98	(1)
Public, Private, and Protected Derivations	98	(1)
Deriving Classes	99	(3)
Static and Dynamic Binding	102	(1)
Base Class Pointers	103	(4)
Virtual Functions (Methods)	107	(3)
Inheriting the Implementation of a Class	110	(2)
Inheriting the Behavior of a Class	112	(3)
Multiple Class Inheritance	115	(3)
Virtual Base Classes	118	(3)
Summary	121	(1)
Progressive Projects	122	(2)
Independent Projects	124	(1)
Stream Input and Output	125	(26)
Stream Input/Output Library	126	(1)
The ios Class	126	(8)
Formatting Flags	126	(1)
Formatting Methods	127	(2)
Manipulators	129	(3)
Stream Errors	132	(2)
The istream Class	134	(2)
The ostream Class	136	(1)
The fstream Class	137	(5)
Simple File Input and Output	138	(2)
File Output with Objects	140	(1)
File Input with Objects	141	(1)
Overloading the Insertion and Extraction Operators	142	(5)
Overloading the Insertion Operator	143	(1)
Overloading the Extraction Operator	144	(3)
Summary	147	(1)
Progressive Projects	147	(1)
Independent Projects	148	(3)
Function Templates and Class Templates	151	(28)
Why Use Function Templates?	152	(1)
Function Templates	153	(3)
Writing a Function Template	153	(1)
Using Function Templates in a C++ Program	153	(1)
Function Templates with Multiple Data Types	154	(2)
Class Templates	156	(3)
Writing a Class Template	156	(3)
Container Classes	159	(5)
Singly Linked List	160	(4)
Using Inheritance with Class Templates	164	(3)
Summary	167	(1)
Progressive Projects	167	(2)
Independent Projects	169	(10)
appendix a
C++ Keywords	171	(2)
appendix b
ASCII Collating Sequence	173	(6)
index	179