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Chapter 1: An Approach To The Art Of Programming

Example 1.1: test.h

Example 1.2: firstclass.h

Example 1.3: firstclass.cpp

Example 1.4: main.cpp

Example 1.5: C-style comments

Example 1.6: C-style comments

Example 1.7: C++-style comment

Example 1.8: C++ comment clutter

Chapter 2: Small Victories—Creating Projects With IDE’s

Example 2.1: firstclass.h

Example 2.2: firstclass.cpp

Example 2.3: main.cpp

Example 2.4: makefile

Chapter 3: Project Walkthrough—An Extended Example

Example 3.1: Robot Rat Pseudocode

Example 3.2: Pseudocode For ProcessingUser Menu Choices

Example 3.3: robotrat.cpp

Example 3.4: move() function pseudocode

Example 3.5: NORTH move pseudocode pen in the UP position

Example 3.6: NORTH move pseudocode pen in DOWN position

Example 3.7: Complete Robot RatSource Code Listing

Chapter 4: Computers, Programs, & Algorithms

Example 4.1: Dumb Sort Test Program

Chapter 5: Simple Programs

Example 5.1: Disassembled Minimalmain() Function

Example 5.2: Another C++ Program

Example 5.3: Using numeric_limits Template Class to Calculate Type Ranges

Example 5.4: Using the sizeof Operator

Example 5.5: Source Code Showing Local,Function, and File Scoping

Example 5.6: file scope linkage

Example 5.7: static linkage

Example 5.8: Registering Functions with atexit()

Example 5.9: Using cin Object to ReadInteger Values from Keyboard

Example 5.10: Testing for Valid Input

Chapter 6: Controlling The Flow Of Program Execution

Example 6.1: if statement

Example 6.2: assignment

Example 6.3: equality

Example 6.4: declaration in condition

Example 6.5: compound statements

Example 6.6: if-else

Example 6.7: ! operator

Example 6.8: compound statements with if-else

Example 6.9: nesting if-else

Example 6.10: use of selection statements

Example 6.11: switch statement

Example 6.12: while statement

Example 6.13: while statement

Example 6.14: use of sentinel value

Example 6.15: nested while statements

Example 6.16: looping forever

Example 6.17: looping forever

Example 6.18: nested while loop

Example 6.19: switch inside of while loop

Example 6.20

Example 6.21: while loop behaving like for loop

Example 6.22: for statement

Example 6.23: for loop scope

Example 6.24: implementing summation

Example 6.25: nesting for statements

Example 6.26: break statement

Example 6.27: looping forever

Example 6.28: continue statement

Example 6.29: labeled statement

Example 6.30: gotoless code

Chapter 7: Pointers and References

Example 7.1: integer objects

Example 7.2: Using & operator

Example 7.3: Using * operator

Example 7.4: dereferencing pointers

Example 7.5: dereferencing pointers

Example 7.6: dynamic memory allocation

Example 7.7: calling object constructor

Example 7.8: calling object constructo

Example 7.9: using a reference

Chapter 8: Arrays

Example 8.1: declaring & using integer array

Example 8.2: using integer array

Example 8.3: manipulating array with for statement

Example 8.4: pointer arithmetic

Example 8.5: garbage out

Example .6: good output

Example 8.7: uninitialized pointers

Example 8.8: good output

Example 8.9: pointer NULL initialization

Example 8.10: using delete operator on pointer array elements

Example 8.11: using 3-dimensional array

Example 8.12: initializing 3-dimensional array

Example 8.13: brace usage

Example 8.14: braceusage

Example 8.15: dynamic array allocation

Example 8.16: dynamic arrayallocation

Example 8.17: dynamic multi-dimensional array allocation

Example 8.19: dynamically allocating2-dimensional array

Chapter 9: Functions

Example 9.1: testfunctionone.h

Example 9.2: testfunctionone.cpp

Example 9.3: main.cpp

Example 9.4: local function variables

Example 9.5: masking global variables

Example 9.6: block scope

Example 9.7: scope of variables in looping statements

Example 9.8: static function variables

Example 9.9: masking function parameters

Example 9.10: function call with argument

Example 9.11: testfunctionfour.h

Example 9.12: testfunctionfour.cpp

Example 9.13: main.cpp

Example 9.14: passing addresses by copy

Example 9.15: testfunctionfive.cpp

Example 9.16: main.cpp

Example 9.17: main.cpp

Example 9.18: testfunctionsix.cpp

Example 9.19: main.cpp

Example 9.20: printIntArray()

Example 9.21: printintarray.cpp

Example 9.22: main.cpp

Example 9.23: print_2d_int_array.h

Example 9.24: print_2d_int_array.cpp

Example 9.25: main.cpp

Example 9.26: sort_int_array.h

Example 9.27: sort_int_array.cpp

Example 9.28: main.cpp

Example 9.29: returnint.cpp

Example 9.30: main.cpp

Example 9.31: square.h

Example 9.32: square.cpp

Example 9.33: main.cpp

Example 9.34: getnewintaddress.h

Example 9.35: getnewintaddress.cpp

Example 9.36: main.cpp

Example 9.37: getlargestinteger.h

Example 9.38: getlargestinteger.cpp

Example 9.39: main.cpp

Example 9.40: functiona.h

Example 9.41: functiona.cpp

Example 9.42: main.cpp

Example 9.43: countinput.h

Example 9.44: countinput.cpp

Example 9.45: main.cpp

Example 9.46: quicksort.h

Example 9.47: quicksort.cpp

Example 9.48: main.cpp

Example 9.49: arithfunctions.h

Example 9.50: arithfunctions.cpp

Example 9.51: main.cpp

Example 9.52: dumbsort.h

Example 9.53: dumbsort.cpp

Example 9.54: main.cpp

Chapter 10: Toward Problem Abstraction—Creating New Data Types

Example 10.1: mydefs.h

Example 10.2: calculatepay.h

Example 10.3: calculatepay.cpp

Example 10.4: main.cpp

Example 10.5: switch statement

Example 10.6: namespaces

Example 10.7: switch statement

Example 10.8: personstruct.h

Example 10.9: accessing struc telements

Example 10.10: accessing struct elements via pointers

Example 10.11: personfunctions.h

Example 10.12: personfunctions.cpp

Example 10.13: main.cpp

Example 10.14: personstruct.h

Example 10.15: personstruct.cpp

Example 10.16: main.cpp testing Person struct

Example 10.17: personclass.h

Example 10.18: personclass.cpp

Example 10.19: main.cpp testingPerson class

Chapter 11: Dissecting Classes

Example 11.1: parts of a typical class declaration

Example 11.2: testclass.h

Example 11.3: testclass.cpp

Example 11.4: main.cpp

Example 11.5: testclass.h

Example 11.6: testclass.cpp

Example 11.7: main.cpp

Example 11.8: testclass.h

Example 11.9: testclass.cpp

Example 11.10: main.cpp

Example 11.11: testclass.h

Example 11.12: testclass.cpp

Example 11.13: simpleclass.h

Example 11.14: simpleclass.cpp

Example 11.15: main.cpp

Example 11.16: foo.h

Example 11.17: foo.cpp

Example 11.18: main.cpp

Example 11.19: person.h

Example 11.20: main.cpp

Example 11.21: person.cpp

Chapter 12: Compositional Design

Example 12.1: a.h

Example 12.2: a.cpp

Example 12.3: b.h

Example 12.4: b.cpp

Example 12.5: main.cpp

Example 12.6: b.h

Example 12.7: b.cpp

Example 12.8: a.h

Example 12.9: a.cpp

Example 12.10: b.h

Example 12.11: b.cpp

Example 12.12: main.cpp

Example 12.13: aircraftutils.h

Example 12.14: fuelpump.h

Example 12.15: engine.h

Example 12.16: main.cpp

aircraftutils.h

fuelpump.h

oilpump.h

temperaturesensor.h

oxygensensor.h

compressor.h

engine.h

fuelpump.cpp

oilpump.cpp

temperaturesensor.cpp

oxygensensor.cpp

compressor.cpp

engine.cpp

main.cpp

Chapter 13: Extending Class Functionality Through Inheritance

Example 13.1: baseclass.h

Example 13.2: derivedclassone.h

Example 13.3: baseclass.cpp

Example 13.4: derivedclassone.cpp

Example 13.5: main.cpp

Example 13.6: person.h

Example 13.7: student.h

Example 13.8: student.cpp

Example 13.9: main.cpp

Example 13.10: foo.h

Example 13.11: derivedfoo.h

Example 13.12: foo.cpp

Example 13.13: derivedfoo.cpp

Example 13.14: main.cpp

Example 13.15: foo.h

Example 13.16: foo.h

Example 13.17: vessel.h

Example 13.18: plant.h

Example 13.19: weapon.h

Example 13.20: main.cpp

ciws.h

five_inch.h

torpedo.h

gasturbine_plant.h

nuke_plant.h

steam_plant.h

submarine.h

surface_ship.h

ciws.cpp

five_inch.cpp

gasturbine_plant.cpp

nuke_plant.cpp

steam_plant.cpp

submarine.cpp

surface_ship.cpp

torpedo.cpp

vessel.cpp

Example 13.21: payable.h

Example 13.22: employee.h

Example 13.23: employee.cpp

Example 13.24: hourlyemployee.h

Example 13.25: salariedemployee.h

Example 13.26: hourlyemployee.cpp

Example 13.27: salariedemployee.cpp

Example 13.28: main.cpp

Example 13.29: a.h

Example 13.30: b.h

Example 13.31: c.h

Example 13.32: d.h

Example 13.33: main.cpp

Example 13.34: b.h

Example 13.35: c.h

Chapter 14: Ad Hoc Polymorphism—Operator Overloading

Example 14.1: modified person.h

Example 14.2: overloaded stream operator implementation

Example 14.3: main.cpp

Example 14.4: foo.h

Example 14.5: main.cpp

Example 14.6: overloaded assignment operator implementation

Example 14.7: person.h

Example 14.8: overloaded relational operator implementation

Example 14.9: main.cpp

Example 14.10: extended Person class

Example 14.11: equality operator implementation

Example 14.12: main.cpp

Example 14.13: foo.h

Example 14.14: foo.cpp

Example 14.15: main.cpp

Example 14.16: dynamicarray.h

Example 14.17: dynamicarray.cpp

Example 14.18: main.cpp

Example 14.19: foo.h

Example 14.20: foo.cpp

Example 14.21: main.cpp

Example 14.22: foo.h

Example 14.23: foo.cpp

Example 14.24: main.cpp

Example 14.25: foo.h

Example 14.26: foo.cpp

Example 14.27: main.cpp

Example 14.28: foo.h

Example 14.29: bar.h

Example 14.30: foo.cpp

Example 14.31: bar.cpp

Example 14.32: main.cpp

Chapter 15: Static Polymorphism—Templates

Example 15.1: sumtemplate.h

Example 15.2: main.cpp

Example 15.3: sumtemplate.h

Example 15.4: main.cpp

Example 15.5: main.cpp

Example 15.6: sumtemplate.h

Example 15.7: main.cpp

Example 15.8: foodef.h

Example 15.9: main.cpp

Example 15.10: dynamicarraydef.h

Example 15.11: main.cpp

Example 15.12: main.cpp

Example 15.13: main.cpp

Example 15.14: main.cpp

Example 15.15: main.cpp

Example 15.16: main.cpp

Chapter 16: Dynamic Polymorphism—Object-Oriented Programming

Example 16.1: interface.h

Example 16.2: derived_class_one.h

Example 16.3: derived_class_two.h

Example 16.4: main.cpp

icomponent.h

component.h

component.cpp

pump.h

pump.cpp

sensor.h

sensor.cpp

waterpump.h

waterpump.cpp

oilpump.h

oilpump.cpp

fuelpump.h

fuelpump.cpp

airflowsensor.h

airflowsensor.cpp

oxygensensor.h

oxygensensor.cpp

temperaturesensor.h

temperaturesensor.cpp

engine.h

engine.cpp

smallengine.h

smallengine.cpp

engineutils.h

main.cpp

Chapter 17: Well-Behaved Objects—The Orthodox Canonical Class Form

Example 17.1: foo.h

Example 17.2: foo.cpp

Example 17.3: main.cpp

Example 17.4: f.h

Example 17.5: f.cpp

Example 17.6: dumbsort.h (template version)

Example 17.7: foo.h (modified)

Example 17.8: foo.cpp (modified)

Example 17.9: main.cpp

Chapter 18: Mixed Language Programming

Example 18.1: square.h

Example 18.2: square.c

Example 18.3: main.cpp

Example 18.4: modified square.h

Example 18.5: double.h

Example 18.6: double.cpp

Example 18.7: double.asm

Example 18.8: main.cpp

Example 18.9: double.h

Example 18.10: double.cpp PowerPC Version

Example 18.11: SayHi.java

Example 18.12: SayHi.h

Example 18.13: sayhi.cpp

Chapter 19: Three Design Principles

Example 19.1: incrementer.h

Example 19.2: incrementer.cpp

Example 19.3: main.cpp

Example 19.4: main.cpp

Example 19.5: derived.h

Example 19.6: derived.cpp

Example 19.7: main.cpp

Example 19.8: derived.h (weakened precondition)

Example 19.9: derived.cpp (weakened precondition)

Example 19.10: main.cpp

Example 19.11: derived.h (strengthened precondition)

Example 19.12: derived.cpp (strengthened precondition)

Example 19.13: main.cpp

Example 19.14: main.cpp

Example 19.15: c.h

Chapter 20: Using A UML Modeling Tool

abstractposition.h

abstractmarker.h

abstractcontrolledobject.h

position.h

marker.h

remotecontrolledobject.h

abstractcontrolledrodent.h

robotrat.h

rodentworld.h

userinterface.h

controller.h

position.cpp

marker.cpp

remotecontrolledobject.cpp

robotrat.cpp

rodentworld.cpp

userinterface.cpp

controller.cpp

main.cpp

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