Coronado Enterprises C++ TUTOR (ver 2.20)

Gordon Dodrill - Jan 20, 1992

Copyright (c) 1989, 1990, 1992 Coronado Enterprises

This is the texinfo version of the

Gordon Dodrill - Jan 20, 1992

Coronado Enterprises

12501 Coronado Ave NE

Albuquerque, New Mexico 87122

1 Release notes

2 Table of contents

3 Introduction

4 Chapter 1 - Simple Things

5 Chapter 2 - Compound Types

6 Chapter 3 - Pointers

7 Chapter 4 - Functions

8 Chapter 5 - Encapsulation

9 Chapter 6 - More Encapsulation

10 Chapter 7 - Inheritance

11 Chapter 8 - More Inheritance

12 Chapter 9 - Multiple Inheritance and future directions

13 Chapter 10 - Virtual Functions

14 Chapter 11 - More Virtual Functions

15 Chapter 12 - Flyaway Adventure Game

16 Sample Source Code

Chapter 1 - Simple Things
17 Chapter 1: CONCOM.CPP - Constants and comments		Constants and comments
18 Chapter 1: SCOPEOP.CPP - Scope operator		Scope operator
19 Chapter 1: MESSAGE.CPP - The stream library		The stream library
20 Chapter 1: FSTREAM.CPP - File streams		File streams
21 Chapter 1: VARDEF.CPP - Variable definitions		Variable definitions
Chapter 2 - Compound Types
22 Chapter 2: ENUM.CPP - The enumerated type		The enumerated type
23 Chapter 2: STRUCTUR.CPP - The structure		The structure
24 Chapter 2: CLASS1.CPP - The class		The class
25 Chapter 2: UNIONEX.CPP - The union		The union
26 Chapter 2: TYPECONV.CPP - Type conversions		Type conversions
Chapter 3 - Pointers
27 Chapter 3: POINTERS.CPP - Using Pointers		Using Pointers
28 Chapter 3: NEWDEL.CPP - New and delete operators		New and delete operators
29 Chapter 3: FUNCPNT.CPP - Function pointers		Function pointers
Chapter 4 - Functions
30 Chapter 4: PROTYPE1.CPP - Using prototypes		Using prototypes
31 Chapter 4: PROTYPE2.CPP - Using prototypes		Using prototypes
32 Chapter 4: PASSREF.CPP - Pass by reference		Pass by reference
33 Chapter 4: DEFAULT.CPP - Parameter defaults		Parameter defaults
34 Chapter 4: VARARGS.CPP - Variable number of arguments		Variable number of arguments
35 Chapter 4: OVERLOAD.CPP - Overloading function names		Overloading function names
Chapter 5 - Encapsulation
36 Chapter 5: OPEN.CPP - No information hiding		No information hiding
37 Chapter 5: CLAS.CPP - Information hiding		Information hiding
38 Chapter 5: OPENPOLE.CPP - Corruptible data		Corruptible data
39 Chapter 5: CLASPOLE.CPP - Protected data		Protected data
40 Chapter 5: CONSPOLE.CPP - Constructors and destructors		Constructors and destructors
41 Chapter 5: BOXES1.CPP - All in one file		All in one file
42 Chapter 5: BOX.H - Box interface		Box interface
43 Chapter 5: BOX.CPP - Box implementation		Box implementation
44 Chapter 5: BOXES2.CPP - Using the		Using the
45 Chapter 5: DATE.H - The date class header		The date class header
46 Chapter 5: DATE.CPP - The date implementation		The date implementation
47 Chapter 5: USEDATE.CPP - Using the date class		Using the date class
Chapter 6 - More Encapsulation
48 Chapter 6: OBJARRAY.CPP - An Array of objects		An Array of objects
49 Chapter 6: OBJSTRNG.CPP - An object with a string		An object with a string
50 Chapter 6: OBJINTPT.CPP - An object with a pointer		An object with a pointer
51 Chapter 6: OBJDYNAM.CPP - Dynamic allocation of objects		Dynamic allocation of objects
52 Chapter 6: OBJLIST.CPP - Embedded pointers		Embedded pointers
53 Chapter 6: OBJLINK.CPP - Linked list of objects		Linked list of objects
54 Chapter 6: NESTING.CPP - Nested classes		Nested classes
55 Chapter 6: OPOVERLD.CPP - Operator overloading		Operator overloading
56 Chapter 6: FUNCOVER.CPP - Function name overloading		Function name overloading
57 Chapter 6: TIME.H - The time class header		The time class header
58 Chapter 6: TIME.CPP - The time implementation		The time implementation
59 Chapter 6: USETIME.CPP - Using the time class		Using the time class
Chapter 7 - Inheritance
60 Chapter 7: VEHICLE.H - Vehicle interface		Vehicle interface
61 Chapter 7: VEHICLE.CPP - Vehicle implementation		Vehicle implementation
62 Chapter 7: TRANSPRT.CPP - Using the vehicle class		Using the vehicle class
63 Chapter 7: CAR.H - Car interface		Car interface
64 Chapter 7: CAR.CPP - Car implementation		Car implementation
65 Chapter 7: TRUCK.H - Truck interface		Truck interface
66 Chapter 7: TRUCK.CPP - Truck implementation		Truck implementation
67 Chapter 7: ALLVEHIC.CPP - Use of car, truck, & vehicle		Use of car, truck, & vehicle
68 Chapter 7: NEWDATE.H - The newdate class header		The newdate class header
69 Chapter 7: NEWDATE.CPP - The newdate implementaion		The newdate implementaion
70 Chapter 7: TRYNDATE.CPP - Using the newdate class		Using the newdate class
Chapter 8 - More Inheritance
71 Chapter 8: INHERIT1.CPP - Using public		Using public
72 Chapter 8: INHERIT2.CPP - Omitting public		Omitting public
73 Chapter 8: INHERIT3.CPP - Intra class messages		Intra class messages
74 Chapter 8: INHERIT4.CPP - Without protected		Without protected
75 Chapter 8: INHERIT5.CPP - Using protected		Using protected
76 Chapter 8: INHERIT6.CPP - Using Constructors		Using Constructors
77 Chapter 8: INHERIT7.CPP - Arrays and pointers		Arrays and pointers
Chapter 9 - Multiple Inheritance
78 Chapter 9: MULTINH1.CPP - Multiple inheritance		Multiple inheritance
79 Chapter 9: MULTINH2.CPP - Duplicate method names		Duplicate method names
80 Chapter 9: MULTINH3.CPP - Duplicate variable names		Duplicate variable names
81 Chapter 9: DATETIME.H - Datetime class header		Datetime class header
82 Chapter 9: USEDTTM.CPP - Using the datetime class		Using the datetime class
83 Chapter 9: TEMPLAT1.CPP - Simple template example		Simple template example
84 Chapter 9: TEMPLAT2.CPP - Strings template example		Strings template example
85 Chapter 9: TEMPLAT3.CPP - Class template example		Class template example
Chapter 10 - Virtual Functions
86 Chapter 10: VIRTUAL1.CPP - The starting point		The starting point
87 Chapter 10: VIRTUAL2.CPP - Adding virtual		Adding virtual
88 Chapter 10: VIRTUAL3.CPP - Using pointers to subclasses		Using pointers to subclasses
89 Chapter 10: VIRTUAL4.CPP - Using virtual		Using virtual
90 Chapter 10: VIRTUAL5.CPP - Using pointers to parent class		Using pointers to parent class
91 Chapter 10: VIRTUAL6.CPP - True virtual functions		True virtual functions
Chapter 11 - More Virtual Functions
92 Chapter 11: PERSON.H - Person header		Person header
93 Chapter 11: PERSON.CPP - Person implementation		Person implementation
94 Chapter 11: SUPERVSR.H - Personnel header		Personnel header
95 Chapter 11: SUPERVSR.CPP - Personnel implementation		Personnel implementation
96 Chapter 11: EMPLOYEE.CPP - A simple user program		A simple user program
97 Chapter 11: ELEMLIST.H - Linked list header		Linked list header
98 Chapter 11: ELEMLIST.CPP - Linked list implementation		Linked list implementation
99 Chapter 11: EMPLOYE2.CPP - A better user program		A better user program
Chapter 12 - Flyaway Adventure Game
100 Chapter 12: FLYAWAY.H - Global definitions		Global definitions
101 Chapter 12: CLOCK.H - Clock header		Clock header
102 Chapter 12: CLOCK.CPP - Clock implementation		Clock implementation
103 Chapter 12: WORDS.H - Command parsing header		Command parsing header
104 Chapter 12: WORDS.CPP - Command parsing code		Command parsing code
105 Chapter 12: ITEMS.H - Moveable items header		Moveable items header
106 Chapter 12: ITEMS.CPP - Items implementation		Items implementation
107 Chapter 12: SCHEDULE.H - Scheduler header		Scheduler header
108 Chapter 12: SCHEDULE.CPP - Scheduler implementation		Scheduler implementation
109 Chapter 12: LOCATION.H - Locations header		Locations header
110 Chapter 12: LOCATION.CPP - Locations implementation		Locations implementation
111 Chapter 12: MESSAGE.TXT - String messages		String messages
112 Chapter 12: FLYAWAY.CPP - Main program		Main program
113 Chapter 12: MAP.H - Airport map header		Airport map header
114 Chapter 12: MAP.CPP - Airport map implementation		Airport map implementation

17 Chapter 1: CONCOM.CPP - Constants and comments

18 Chapter 1: SCOPEOP.CPP - Scope operator

19 Chapter 1: MESSAGE.CPP - The stream library

20 Chapter 1: FSTREAM.CPP - File streams

21 Chapter 1: VARDEF.CPP - Variable definitions

22 Chapter 2: ENUM.CPP - The enumerated type

23 Chapter 2: STRUCTUR.CPP - The structure

24 Chapter 2: CLASS1.CPP - The class

25 Chapter 2: UNIONEX.CPP - The union

26 Chapter 2: TYPECONV.CPP - Type conversions

27 Chapter 3: POINTERS.CPP - Using Pointers

28 Chapter 3: NEWDEL.CPP - New and delete operators

29 Chapter 3: FUNCPNT.CPP - Function pointers

30 Chapter 4: PROTYPE1.CPP - Using prototypes

31 Chapter 4: PROTYPE2.CPP - Using prototypes

32 Chapter 4: PASSREF.CPP - Pass by reference

33 Chapter 4: DEFAULT.CPP - Parameter defaults

34 Chapter 4: VARARGS.CPP - Variable number of arguments

35 Chapter 4: OVERLOAD.CPP - Overloading function names

36 Chapter 5: OPEN.CPP - No information hiding

37 Chapter 5: CLAS.CPP - Information hiding

38 Chapter 5: OPENPOLE.CPP - Corruptible data

39 Chapter 5: CLASPOLE.CPP - Protected data

40 Chapter 5: CONSPOLE.CPP - Constructors and destructors

41 Chapter 5: BOXES1.CPP - All in one file

42 Chapter 5: BOX.H - Box interface

43 Chapter 5: BOX.CPP - Box implementation

44 Chapter 5: BOXES2.CPP - Using the

45 Chapter 5: DATE.H - The date class header

46 Chapter 5: DATE.CPP - The date implementation

47 Chapter 5: USEDATE.CPP - Using the date class

48 Chapter 6: OBJARRAY.CPP - An Array of objects

49 Chapter 6: OBJSTRNG.CPP - An object with a string

50 Chapter 6: OBJINTPT.CPP - An object with a pointer

51 Chapter 6: OBJDYNAM.CPP - Dynamic allocation of objects

52 Chapter 6: OBJLIST.CPP - Embedded pointers

53 Chapter 6: OBJLINK.CPP - Linked list of objects

54 Chapter 6: NESTING.CPP - Nested classes

55 Chapter 6: OPOVERLD.CPP - Operator overloading

56 Chapter 6: FUNCOVER.CPP - Function name overloading

57 Chapter 6: TIME.H - The time class header

58 Chapter 6: TIME.CPP - The time implementation

59 Chapter 6: USETIME.CPP - Using the time class

60 Chapter 7: VEHICLE.H - Vehicle interface

61 Chapter 7: VEHICLE.CPP - Vehicle implementation

62 Chapter 7: TRANSPRT.CPP - Using the vehicle class

63 Chapter 7: CAR.H - Car interface

64 Chapter 7: CAR.CPP - Car implementation

65 Chapter 7: TRUCK.H - Truck interface

66 Chapter 7: TRUCK.CPP - Truck implementation

67 Chapter 7: ALLVEHIC.CPP - Use of car, truck, & vehicle

68 Chapter 7: NEWDATE.H - The newdate class header

69 Chapter 7: NEWDATE.CPP - The newdate implementaion

70 Chapter 7: TRYNDATE.CPP - Using the newdate class

71 Chapter 8: INHERIT1.CPP - Using public

72 Chapter 8: INHERIT2.CPP - Omitting public

73 Chapter 8: INHERIT3.CPP - Intra class messages

74 Chapter 8: INHERIT4.CPP - Without protected

75 Chapter 8: INHERIT5.CPP - Using protected

76 Chapter 8: INHERIT6.CPP - Using Constructors

77 Chapter 8: INHERIT7.CPP - Arrays and pointers

78 Chapter 9: MULTINH1.CPP - Multiple inheritance

79 Chapter 9: MULTINH2.CPP - Duplicate method names

80 Chapter 9: MULTINH3.CPP - Duplicate variable names

81 Chapter 9: DATETIME.H - Datetime class header

82 Chapter 9: USEDTTM.CPP - Using the datetime class

83 Chapter 9: TEMPLAT1.CPP - Simple template example

84 Chapter 9: TEMPLAT2.CPP - Strings template example

85 Chapter 9: TEMPLAT3.CPP - Class template example

86 Chapter 10: VIRTUAL1.CPP - The starting point

87 Chapter 10: VIRTUAL2.CPP - Adding virtual

88 Chapter 10: VIRTUAL3.CPP - Using pointers to subclasses

89 Chapter 10: VIRTUAL4.CPP - Using virtual

90 Chapter 10: VIRTUAL5.CPP - Using pointers to parent class

91 Chapter 10: VIRTUAL6.CPP - True virtual functions

92 Chapter 11: PERSON.H - Person header

93 Chapter 11: PERSON.CPP - Person implementation

94 Chapter 11: SUPERVSR.H - Personnel header

95 Chapter 11: SUPERVSR.CPP - Personnel implementation

96 Chapter 11: EMPLOYEE.CPP - A simple user program

97 Chapter 11: ELEMLIST.H - Linked list header

98 Chapter 11: ELEMLIST.CPP - Linked list implementation

99 Chapter 11: EMPLOYE2.CPP - A better user program

100 Chapter 12: FLYAWAY.H - Global definitions

101 Chapter 12: CLOCK.H - Clock header

102 Chapter 12: CLOCK.CPP - Clock implementation

103 Chapter 12: WORDS.H - Command parsing header

104 Chapter 12: WORDS.CPP - Command parsing code

105 Chapter 12: ITEMS.H - Moveable items header

106 Chapter 12: ITEMS.CPP - Items implementation

107 Chapter 12: SCHEDULE.H - Scheduler header

108 Chapter 12: SCHEDULE.CPP - Scheduler implementation

109 Chapter 12: LOCATION.H - Locations header

110 Chapter 12: LOCATION.CPP - Locations implementation

111 Chapter 12: MESSAGE.TXT - String messages

112 Chapter 12: FLYAWAY.CPP - Main program

113 Chapter 12: MAP.H - Airport map header

114 Chapter 12: MAP.CPP - Airport map implementation

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