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C++ from the Beginning,9780201721683
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C++ from the Beginning


Edition: 2nd
Author(s): Skansholm, J.
ISBN10:  0201721686
ISBN13:  9780201721683
Format:  Paperback
Pub. Date:  1/1/2003
Publisher(s): Addison Wesley

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Table of Contents
Preface v
Computers and programming
1(28)
A computer's structure and operation
1(4)
How you get the program into the computer
5(9)
Programming languages
14(5)
The process of developing programs
19(3)
Algorithms
22(2)
Top-down design
24(5)
Exercises
26(3)
The basics
29(50)
Variables and reading/writing
29(8)
Arithmetic expressions
37(5)
if statements
42(3)
Comparison operators and logical operators
45(3)
while statements
48(8)
for statements
56(2)
Arrays
58(7)
Sequences: vector and deque
65(5)
General characteristics of sequences
66(2)
Special characteristics of the classes vector and deque
68(2)
Errors in programs
70(9)
Exercises
73(6)
Characters and texts
79(30)
Character codes and character literals
79(3)
Single characters: reading and writing
82(3)
The standard class string
85(13)
Character arrays
98(11)
Exercises
108(1)
Functions
109(38)
Functions that return a value
109(10)
Functions that do not return a value
119(3)
Declaration scope and visibility
122(3)
Function declarations
125(2)
Division of programs
127(4)
Reference parameters
131(7)
Parameters with default values
138(2)
Recursive functions
140(7)
Exercises
143(4)
Types
147(56)
Integer types
148(6)
Storing integers in a computer
148(2)
Predefined integer types
150(4)
Floating-point types
154(3)
Storing real numbers in a computer
154(2)
Predefined floating-point types
156(1)
The sizeof operator
157(1)
Pointers
157(24)
Primary memory addresses
157(1)
Pointer variables
158(4)
Pointers and arrays
162(5)
Pointers and text string
167(4)
Memory allocation
171(4)
Common errors
175(1)
Pointers and references: a comparison
176(2)
Pointers to functions
178(3)
Complicated declarations: typedef
181(2)
The type void
183(1)
Type conversions
184(2)
Automatic type conversions
184(1)
Explicit type conversions
185(1)
Enumeration types
186(5)
Tables
191(5)
Multidimensional arrays
191(3)
Tables with the help of vectors
194(2)
Pairs
196(7)
Exercises
199(4)
Object-oriented program development
203(12)
Basic concepts
203(2)
Object-oriented analysis
205(5)
Object-oriented design
210(1)
Object-oriented programming
211(4)
References
214(1)
Classes
215(38)
Class definitions
215(7)
Placement of classes
222(5)
Constructors
227(14)
Declarations of constructors
227(1)
Definitions of constructors
228(2)
Calling constructors
230(3)
The Copy constructor
233(5)
Type conversion constructors
238(3)
Destructors
241(2)
An object-oriented example
243(10)
Exercises
250(3)
More about classes
253(34)
Constant objects
253(2)
The pointer this
255(1)
Friends
256(3)
Operators
259(19)
Binary operators
261(5)
Predefined comparison operators
266(2)
Unary operators
268(2)
The assignment operator
270(2)
The indexing operator
272(1)
The function call operator
273(2)
Friend functions as operators
275(2)
Type conversion operators
277(1)
Static members
278(4)
Pointers to members
282(5)
Exercises
285(2)
Inheritance
287(56)
Derived classes
287(6)
Constructors, destructors and inheritance
293(5)
Access control
298(4)
Reusable code: an example
302(14)
Polymorphism and dynamic binding
316(9)
The operators typeid and dynamic_cast
325(3)
Virtual destructors
328(2)
Abstract classes
330(4)
Virtual operators
334(3)
Multiple inheritance
337(6)
Exercises
341(2)
Exceptions
343(24)
Generating exceptions
344(3)
Handling exceptions
347(10)
Defining our own exception classes: an example
357(4)
Specification of exceptions
361(6)
Exercises
365(2)
Streams and files
367(52)
The class ios
368(5)
Reading streams
373(4)
Formatted input
373(3)
Unformatted input
376(1)
Output to streams
377(4)
Formatted output
377(4)
Unformatted output
381(1)
Connecting files to streams
381(9)
File names as arguments to main
390(4)
Direct access
394(7)
Storing heterogeneous objects in files
401(7)
Connecting string objects to streams
408(3)
Connecting text strings to streams
411(8)
Exercises
415(4)
Container classes and algorithms
419(50)
Iterators
420(8)
Running through containers with iterators
421(5)
Operations with iterators as parameters
426(1)
Iterators and streams
427(1)
Algorithms: general characteristics
428(3)
Function objects
431(13)
Using pointers to functions
432(4)
Using real function objects
436(3)
Using predefined function objects
439(5)
The standard class list
444(4)
Maps and sets
448(15)
The standard classes map and multimap
450(7)
The standard classes set and multiset
457(6)
Queues and stacks
463(6)
Exercises
468(1)
Dynamic data structures
469(42)
Linked lists: the basics
469(10)
Singly linked lists
469(6)
Doubly linked lists
475(4)
Linked lists: applications
479(12)
Stacks
479(3)
Queues
482(3)
Sets
485(6)
Iterators: implementations
491(5)
Trees
496(15)
Binary trees
497(5)
Binary search trees
502(2)
A tree class
504(4)
Exercises
508(3)
Templates
511(48)
Class templates
512(22)
Templates and instances
512(5)
Static members
517(2)
Friends and help classes
519(1)
Template parameters
520(2)
Property classes
522(5)
Generic standard classes
527(7)
Function templates
534(9)
Definitions and instances
534(4)
Generic standard functions: the algorithm library
538(5)
Heterogeneous object collections
543(16)
The classical method
544(2)
The combination of inheritances and templates
546(2)
An example: spreadsheets
548(9)
Exercises
557(2)
The final pieces of the puzzle
559(22)
Name spaces
559(7)
Definition of name spaces
560(3)
Using name spaces
563(2)
Name spaces and standard libraries
565(1)
Bit operators
566(1)
struct
567(2)
union
569(4)
Bit fields
573(2)
The do statement
575(1)
The switch statement
576(2)
The conditional operator
578(3)
Exercises
579(2)
Appendix A Reserved words and operators 581(2)
Appendix B LATIN_1 codes 583(2)
Appendix C Standard algorithms 585(34)
C.1 Search
585(6)
C.2 Compare, run through, count
591(2)
C.3 Copy and move elements
593(5)
C.4 Change and delete elements
598(4)
C.5 Generate new data
602(2)
C.6 Sort
604(3)
C.7 Operations on sorted containers
607(4)
C.8 Operations on sets
611(1)
C.9 Numerical algorithms
612(3)
C.10 Heap algorithms
615(4)
Index 619

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