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< Day Day Up >
Chapter 2: Small Victories—Creating Projects With IDE’s
Figure 2-1: The Program Creation Process
Figure 2-2: Creating a New Project in CodeWarrior
Figure 2-3: Selecting Stationery and Naming Project
Figure 2-4: Setting a Project’s Location
Figure 2-5: Select Project Type
Figure 2-6: FirstClass Project Window
Figure 2-7: Sources Group Open Revealing HelloWorld.cp
Figure 2-8: Creating New Text File
Figure 2-9: Editing firstclass.h
Figure 2-10: Adding Files to Project
Figure 2-11: firstclass.cpp and main.cpp Added, HelloWorld.cp Removed
Figure 2-12: FirstClass Project Output
Figure 2-13: Creating New Visual C++ Project
Figure 2-14: Naming the Project
Figure 2-15: Selecting Console Application Type
Figure 2-16: New Project Information Window
Figure 2-17: Workspace Environment with ClassView Selected
Figure 2-18: Edited Project1.cpp File
Figure 2-19: Adding New C++ Header File to Project 1
Figure 2-20: File Name Entered
Figure 2-21: Editing firstclass.h
Figure 2-22: Creating a New C++ Source File
Figure 2-23: Linking...Message and Results of Building Project 1
Figure 2-24: Running Project1.exe
Figure 2-25: Creating firstclass.h with Emacs
Figure 2-26: Creating makefile with Emacs
Figure 2-27: Running the make Utility
Figure 2-28: Results of Executing make Utility and firstprog
Chapter 3: Project Walkthrough—An Extended Example
Figure 3-1: Tight Spiral Development Cycle Deployment
Figure 3-2: Robot Rat Viewed As Attributes
Figure 3-3: Robot Rat Floor Sketch
Figure 3-4: Complete Robot Rat Attributes
Figure 3-5: Functional Decomposition of Robot Rat Program
Figure 3-6: Overview of Project Creation Process
Figure 3-7: robotrat.h
Figure 3-8: robotrat.cpp
Figure 3-9: main.cpp
Figure 3-10: Robot Rat Menu
Figure 3-11: robotrat.h
Figure 3-12: main.cpp
Figure 3-13: Test Results
Figure 3-14: Default Case Test
Figure 3-15: robotrat.cpp with Floor Array Declaration
Figure 3-16: robotrat.h with ROWS & COLS Constants Declared
Figure 3-17: The printFloor() Function
Figure 3-18: Robot Rat printFloor() Function Test
Figure 3-19: setTestPattern() Function
Figure 3-20: setTestPattern() Function Being Used for Test-ing in the printFloor() Function.
Figure 3-21: Robot Rat printFloor() Test with Test Pattern
Figure 3-22: State Transition Diagram for rats_direction Variable.
Figure 3-23: State Transition Diagram for pen_position
Figure 3-24: Direction and PenPosition Enum Types Added to robotrat.h
Figure 3-25: Declaration of pen_position & rats_position
Figure 3-26: setPenUp() & setPenDown() Functions
Figure 3-27: turnRight() Function
Figure 3-28: turnLeft() Function
Figure 3-29: turnLeft() Function with cout Statements
Figure 3-30: turnLeft() Test
Figure 3-31: move() Function, Top Half
Figure 3-32: move() Function Test
Chapter 4: Computers, Programs, & Algorithms
Figure 4-1: Typical Power Mac G4 System
Figure 4-2: System Unit
Figure 4-3: Main Logic Board Block Diagram
Figure 4-4: PowerPC G4 Processor
Figure 4-5: Motorola PowerPC 7400 Block Diagram
Figure 4-6: C++ Translation Phases
Figure 4-7: Processing Cycle
Figure 4-8: Memory Hierarchy
Figure 4-9: Simplified Memory Subsystem Diagram
Figure 4-10: Simplified Main Memory Diagram
Figure 4-11: CodeWarrior Code Generation Settings Window
Figure 4-12: Dumb Sort Results 1
Figure 4-13: Dumb Sort Results 2
Figure 4-14: Dumb Sort Results 3
Figure 4-15: Algorithmic Growth Rates
Chapter 5: Simple Programs
Figure 5.1: Selecting Std C++ Console Settings
Figure 5.2: PPC Std C++ Console Settings Dialog
Figure 5.3: Minimal_Program Project Window
Figure 5.4: Selecting Disassemble from the Project Menu
Figure 5-5: Results of Running Example 5.3
Figure 5-6: Integer Value of Character Literal ‘Help’
Figure 5-7: Parts of a Floating Point Literal
Figure 5-8: Left Shifting shift_val
Figure 5-9: Right Shifting shift_val
Figure 5-10: AND Truth Table
Figure 5-11: Exclusive OR Truth Table
Figure 5-12: Inclusive OR Truth Table
Figure 5-13: Conditional Operator Map
Figure 5-14: Assignment Operator Operands
Figure 5-15: Creating Local Scope Blocks with Braces
Chapter 6: Controlling The Flow Of Program Execution
Figure 6-1: if Statement Diagram
Figure 6-2: if-else Statement Diagram
Figure 6-3: switch Statement Diagram
Figure 6-4: while Statement Diagram
Figure 6-5: do Statement Diagram
Figure 6-6: for Statement Diagram
Figure 6-7: goto Statement Diagram
Chapter 7: Pointers and References
Droning Professor
Perplexed One
Fast Asleep!
C++ Man
Figure 7-1: Memory
Figure 7-2: Another Way To Represent Memory
Figure 7-3: Hexadecimal Addressing
Listing 7.1: Example 7.2 Disassembled
Figure 7-4: Running Example 7.2 with CodeWarrior
Figure 7-5: Running Example 7.2 Alone
Figure 7-6: Pointer
Figure 7-7: Contents of int_ptr
Figure 7-8: Running Example 7.5
Figure 7-9: Application Stack and Heap Relationship
Chapter 8: Arrays
Figure 8-1: Array of Four Integer Objects
Figure 8-2: Results of Running Example 8.5
Figure 8-3: Results of Running Example 8.6
Figure 8-4: Results of Running Example 8.7
Figure 8-5: Results of Running Example 8.8
Figure 8-6: Array of Integer Pointers and Dynamically Created Integer Objects in Heap Memory
Figure 8-7: Single-Dimensional Array Representation and Declaration
Figure 8-8: Two-Dimensional Array and Declaration
Figure 8-9: Two-Dimension Array Memory Representation
Figure 8-10: Visual Representation of a Three Dimensional Array
Figure 8-11: Visual Representation of a Four-Dimensional Array
Figure 8-12: three_d_int_array Initialized to Zeros
Figure 8-13: All Rows of First Sheet Initialized
Figure 8-14: First Row of Each Sheet Initialized
Figure 8-15: Relationship of Declaration Braces to Array Elements for three_d_int_array
Figure 8-16: Results of Initialization Shown In Example 8.14
Figure 8-17: Dynamic Array of Three Integer Pointers
Figure 8-18: Results of Running Example 8.17 Using Row Value 6
Figure 8-19: Results of Running Example 8.19 Using rows = 10 & cols = 6
Chapter 9: Functions
Figure 9-1: TestFunctionOne Project Screen Shot
Figure 9-2: Results of Calling testFunctionOne()
Figure 9-3: Results of Calling testFunctionTwo() Five Times with Static Variable
Figure 9-4: Results of Calling testFunctionThree() with an Argument Value of 5
Figure 9-5: Function Activation Record Sequence
Figure 9-6: Partial Disassembly of main.cpp
Figure 9-7: Partial Disassembly of testFunctionThree.cpp
Figure 9-8: Results of Running testFunctionFour Program
Figure 9-9: Results of Running addressCopyTest Program
Figure 9-10: Results of Running testFunctionFive Program
Figure 9.11: Results of Running testFunctionSix Program
Figure 9-12: Results of Running Example 9.28
Figure 9-13: Results of Calling Overloaded Function functionA()
Figure 9-14: Results of Running the Simple Recurse Program
Figure 9-15: Results of Running the QuickSort Program
Figure 9-16: Results of Calling DumbSort() Using compareAscending() and compareDescending() CallBack Functions
Figure 9-17: Creating an Empty Project in CodeWarrior
Figure 9-18: dumpsort.cpp Added to the Empty Project
Figure 9-19: Setting Library Target Settings
Figure 9-20: Selecting Project Type and Library Name
Figure 9-21: Using the dumbsort Library
Chapter 10: Toward Problem Abstraction—Creating New Data Types
Figure 10-1: Example 10.9 Output
Figure 10-2: C++ Language Settings: Set Enums Always int
Figure 10-3: Format of Structure Function Definition
Chapter 11: Dissecting Classes
Figure 11-1: UML Representation for the Class ClassName
Figure 11-2: UML Class Diagram of a Simple Navy Fleet Simulation Application
Figure 11-3: Results of Running Example 11.4
Figure 11-4: Results of Running Example 11.7
Figure 11-5: Results of Running Example 11.10
Figure 11-6: Results of Running Example 10.10 Again
Figure 11-7: Results of Running Example 11.15
Figure 11-8: Horizontal Access
Figure 11.9: Results of Running Example 11.18
Figure 11-10: Person Class Diagram
Chapter 12: Compositional Design
Figure 12-1: Results of Running Example 12.5
Figure 12-2: Results of Running Example 12.5 Again
Figure 12-3: UML Diagram Illustrating Simple Aggregation
Figure 12-4: UML Sequence Diagram Illustrating Message Passing Between Objects
Figure 12-5: Engine Composite Aggregation Class Diagram
Figure 12-6: FuelPump Class
Figure 12-7: Engine Class Diagram
Figure 12-8: Results of Running Example 12-16
Chapter 13: Extending Class Functionality Through Inheritance
Figure 13-1: UML Class Diagram Showing Generalization
Figure 13-2: Results of Running Example 13.5
Figure 13-3: Effects of Using Different Inheritance Specifiers
Figure 13-4: Public, Protected, & Private Inheritance
Figure 13-5: Public Inheritance from a Horizontal Access Perspective
Figure 13-6: Person/Student Class Diagram
Figure 13-7: Results of Running Example 13.9
Figure 13-8: Foo and DerivedFoo Class Diagram
Figure 13-9: Results of Running Example 13.14
Figure 13-10: Results of Running Example 13.14 After Modifying foo.cpp
Figure 13-11: Results of Running Example 13.14 After Removing the virtual Keyword from Foo Class Destructor Declaration
Figure 13-12: Fleet Simulation Class Diagram
Figure 13-13: Results of Running Example 13.20
Figure 13-14: Payroll Application Class Diagram
Figure 13-15: Results of Running Example 13.28
Figure 13-16: Class Diagram Showing Common Base Class Inheritance
Figure 13-17: Non-Virtual Inheritance Will Result in Multiple Instances of Base Classes
Figure 13-18: Results of Running Example 13.33.
Figure 13-19: Results of Running 13.33 Showing Effects of Virtual Inheritance
Figure 13-20: Virtual Inheritance Results in One Instance of A
Chapter 14: Ad Hoc Polymorphism—Operator Overloading
Figure 14-1: I/O Stream Class Hierarchy
Figure 14-2: Results of Running Example 14.3
Figure 14-3: Results of Running Example 14.5
Figure 14-4a: Before Shallow Copy of Complex Objects
Figure 14-4b: After Shallow Copy of Complex Objects
Figure 14-5: Results of Running Example 14.9
Figure 14-6: Results of Running Example 14.12
Figure 14-7: Results of Running Example 14.15
Figure 14-8: Results of Running Example 14.18
Figure 14-9: Results of Running Example 14.21
Figure 14-10: Results of Running Example 14.24
Figure 14-11: Results of Running Example 14.27
Figure 14-12: Results of Running Example 14.32
Chapter 15: Static Polymorphism—Templates
Figure 15-1: Placeholder Use In Mail Merge
Figure 15-2: Results of Running Example 15.2
Figure 15-3: Error Resulting from Calling Sum() with Two Different Type Arguments
Figure 15-4: Results of Running Example 15.4
Figure 15-5: Results of Running Example 15.5
Figure 15-6: Results of Running Example 15.9
Figure 15-7: Results of Running Example 15.11
Figure 15-8: Results of Running Example 15.13
Figure 15-9: Results of Running Example 15.14
Figure 15-10: Results of Running Example 15.15
Figure 15-11: Results of Running Example 15.16
Chapter 16: Dynamic Polymorphism—Object-Oriented Programming
Figure 16-1: Base Class Declares Behavior Shared By All Derived Class Objects
Figure 16-2: Class Diagram Showing Three-Level Inheritance Hierarchy
Figure 16-3: Results of Running Example 16.4
Figure 16-4: Original Aircraft Engine Components Model
Figure 16-5: UML Class Diagram Showing Polymorphic Engine Components
Figure 16-6: Results of Running Polymorphic Engine Program
Chapter 17: Well-Behaved Objects—The Orthodox Canonical Class Form
Figure 17-1: Results of Running Example 17.3
Figure 17-2: Results of Running Example 17.9
Chapter 18: Mixed Language Programming
Figure 18-1: Creating a New Empty Project Named Square_Lib in CodeWarrior
Figure 18-2: Empty Project Window
Figure 18-3: Select Add Files... from the Project Menu
Figure 18-4: Select square.c to Add it to the Project
Figure 18-5: Project Window After Adding square.c
Figure 18-6: Select Square_Lib Settings...from the Edit Menu
Figure 18-7: Settings Window with Target Settings Selected
Figure 18-8: Setting Project Type and Library File Name
Figure 18-9: Ensure the Activate C++ Compiler Check Box is Not Checked
Figure 18-10: Select Make from the Project Menu to Create the square.lib File
Figure 18-11: C++ Project Window with square.lib Library File Added.
Figure 18-12: Link Error Resulting from First Attempt to Build the C++ Project that Uses a C Function
Figure 18-13: Results of Running the C++ Project Using the C square() Function
Figure 18-14: Win32 Project Using Inline Assembly Language
Figure 18-15: Results of Running the Inline Assembly Project
Figure 18-16: Adding Assembly Object File to C++ Project
Figure 18-17: Assembling double.asm with MASM ver. 6.14
Figure 18-18: Win32 Project Using dv.obj
Figure 18-19: Results of Running Macintosh Version of doubleVal()
Figure 18-20: Steps to Create a Java Native Interface (JNI) Program
Figure 18-21: Compiling SayHi.java
Figure 18-22: Compiling SayHi.java Results in SayHi.class
Figure 18-23: Using javah to Create the SayHi.h Header File
Figure 18-24: Results of Creating SayHi.h Using javah Command Line Tool
Figure 18-25: Blank CodeWarrior Project
Figure 18-26: sayhi.cpp Added to Blank Project
Figure 18-27: Blank Project Window Showing Added Library Files
Figure 18-28: Target Settings Widow
Figure 18-29: Directory Listing Showing SayHi.dll
Figure 18-30: Results of Running the SayHi Java Application
Figure 18-31: Compiling sayhi.cpp Using g++ to Generate an OSX Dynamic Link Library
Figure 18-32: Directory Listing Showing libSayHi.jnilib File
Figure 18-33: Results of Running SayHi Java Program in an OSX Terminal Window
Chapter 19: Three Design Principles
Figure 19-1: Results of Running Example 19.3
Figure 19-2: Results of Running Example 19.4
Figure 19-3: Results of Running Example 19.7
Figure 19-4: Results of Running Example 19.13
Figure 19-5: Inheritance Hierarchy Showing Weaker and Stronger Types
Figure 19-6: Results of Running Example 19.14
Figure 19-7: Results of Running Example 19.14 with Modified C Class Function
Figure 19-8: Results of Running Example 19.14 Using Private C::f() Overriding Function
Figure 19-9: Fleet Simulation Model Class Diagram
Figure 19-10: Procedure-Oriented Software Module Hierarchy
Chapter 20: Using A UML Modeling Tool
Figure 20-1: Describe User Modes
Figure 20-2: Robot Rat Project Specification
Figure 20-3: Creating the New RobotRat System
Figure 20-4: Adding a New Diagram
Figure 20-5: Creating Use Case Diagram
Figure 20-6: User Perspective Use Cases
Figure 20-7: Adding Documentation via the Properties Editor Window
Figure 20-8: Linking to External Documentation via the Properties Editor Window
Figure 20-9: Completed Robot Rat User’s Perspective Use Case Diagram
Figure 20-10: Programmer Perspective Use Cases
Figure 20-11: Partial Application Architecture Use Case Diagram
Figure 20-12: Overall Robot Rat Application Package Architecture
Figure 20-13: Class Diagram Showing Remote Controlled Object Package Classes
Figure 20-14: Properties Editor for AbstractPosition Class
Figure 20-15: Properties Editor Window for the AbstractPosition Operation
Figure 20-16: Properties Editor Window for the setRow() Function
Figure 20-17: Adding Operation Parameters Using the Properties Editor Window
Figure 20-18: Completed and Annotated Overall Class Diagram
Figure 20-19: Start of Sequence Diagram for Robot Rat Application Launch
Figure 20-20: Editing Controller() Message Properties
Figure 20-21: Completed Robot Rat Application Launch Sequence
Figure 20-22: Create New RobotRat Sequence Diagram
Figure 20-23: First Step to Generating Code: Select Class Diagrams
Figure 20-24: Generate Code Menu Item
Figure 20-25: Code Generation Dialog
Figure 20-26: Reverse Engineering Dialog
Figure 20-27: Step 2 in the Reverse Engineering Process: Naming the New System and Setting Various System Properties
Figure 20-28: REProgress Window
Figure 20-29: Merge System Dialog
Figure 20-30: Associating Diagram Object with System Diagrams
Figure 20-31: Navigating to Linked Diagram
Figure 20-32: Web Viewer Wizard
Figure 20-33: Selecting System for Web Report Generation
Figure 20-34: Main Screen – RobotRat Project Web View
< Day Day Up >
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C++ For Artists: The Art, Philosophy, And Science Of Object-Oriented Programming
ISBN: 1932504028
EAN: 2147483647
Year: 2003
Pages: 340
Authors:
Rick Miller
BUY ON AMAZON
ADO.NET 3.5 Cookbook (Cookbooks (OReilly))
Using an IP Address to Connect to SQL Server
Updating a Primary Key Value
Using a Transaction with a DataAdapter
Debugging a SQL Server Stored Procedure
Enumerating and Maintaining Database Objects
SQL Tips & Techniques (Miscellaneous)
Understanding SQL Basics and Creating Database Files
Using SQL Data Manipulation Language (DML) to Insert and Manipulate Data Within SQL Tables
Working with Queries, Expressions, and Aggregate Functions
Understanding SQL Subqueries
Repairing and Maintaining MS-SQL Server Database Files
Documenting Software Architectures: Views and Beyond
Relation to Other Viewtypes
For Further Reading
Summary Checklist
Discussion Questions
C&C Communicating-Processes View
Postfix: The Definitive Guide
Introduction
Mail Delivery
Postfix Delivery Transports
The Problem of Spam
Appendix C. Compiling and Installing Postfix
Information Dashboard Design: The Effective Visual Communication of Data
All That Glitters Is Not Gold
Encoding Quantitative Data Inaccurately
Design for Use as a Launch Pad
Sample CIO Dashboard
Sample Marketing Analysis Dashboard
Extending and Embedding PHP
Configuring PHP for Development
Functional Functions
The return_value Variable
Accessing Streams
Summary
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