Nytro Posted May 4, 2011 Report Posted May 4, 2011 Introduction to Design Patterns in C++ with Qt4Alan EzustPaul EzustAbstractC++ is taught "The Qt way", with an emphasis on design patterns, and re-use of open source libraries and tools. By the end of the book, the reader should have a deep understanding of both the language and libraries, as well the design patterns used in developing software with them. Table of ContentsPrefaceAcknowledgmentsRationale for the BookI. Introduction to C++ and Qt 4 1. C++ Introduction 1.1. Overview of C++ 1.2. A Brief History of C++ 1.3. C++ First Example 1.4. Input and Output 1.4.1. Exercises: Input and Output 1.5. qmake, Project Files, and Makefile 1.5.1. #include: Finding Header Files 1.6. Getting Help Online 1.7. Strings 1.8. Streams 1.9. File Streams 1.9.1. Exercises: File Streams 1.10. Qt dialogs for user input/output 1.10.1. Exercises: Qt dialogs for user input/output 1.11. Identifiers, Types, and Literals 1.11.1. Exercises: Identifiers, Types, and Literals 1.12. C++ Simple Types 1.12.1. main, and Command Line Arguments 1.12.2. Arithmetic 1.12.3. Exercises: C++ Simple Types 1.13. The Keyword const 1.14. Pointers and Memory access 1.14.1. The Unary Operators & and * 1.14.2. Operators new and delete 1.14.3. Exercises: Pointers and Memory access 1.15. Reference Variables 1.16. const* and *const 1.17. Review Questions 1.17.1. Points of Departure 2. Top of the class 2.1. First, there was struct 2.2. Class definitions 2.3. Member Access Specifiers 2.4. Encapsulation 2.5. Qt Creator - An IDE for Qt Programming 2.6. Introduction to UML 2.6.1. UML Relationships 2.7. Friends of a Class 2.8. Constructors 2.9. Destructors 2.10. The Keyword static 2.11. Class Declarations and Defintions 2.12. Copy Constructors and Assignment Operators 2.13. Conversions 2.14. const Member Functions 2.15. Subobjects 2.16. Exercise: Classes 2.17. Review Questions 3. Introduction to Qt 3.1. Style Guidelines, Naming Conventions 3.1.1. Points of Departure 3.2. The Qt Core Module 3.2.1. Streams and Dates 3.2.2. Exercises: The Qt Core Module 3.3. Review Questions 3.3.1. Points of Departure 4. Lists 4.1. Introduction to Containers 4.2. Iterators 4.2.1. QStringList and iteration 4.3. Relationships 4.4. Exercise: Relationships 4.5. Review Questions 5. Functions 5.1. Function Declarations 5.2. Overloading Functions 5.2.1. Exercises: Overloading Functions 5.3. Default (Optional) Arguments 5.4. Operator Overloading 5.4.1. Exercises: Operator Overloading 5.5. Parameter Passing by Value 5.6. Parameter Passing by Reference 5.7. References to const 5.8. Function Return Values 5.9. Returning References from Functions 5.10. Overloading on const 5.10.1. Exercises: Overloading on const 5.11. inline Functions 5.11.1. Inlining versus Macro Expansion 5.12. Functions with Variable-length Argument Lists 5.13. Exercise: Encryption 5.14. Review Questions 6. Inheritance and Polymorphism 6.1. Simple Derivation 6.1.1. Inheritance Client Code Example 6.2. Derivation with Polymorphism 6.2.1. Exercises: Derivation with Polymorphism 6.3. Derivation from an Abstract Base Class 6.4. Inheritance Design 6.5. Overloading, Hiding, and Overriding 6.6. Constructors, Destructors, and Copy Assignment Operators 6.7. Processing Command-Line Arguments 6.7.1. Derivation and ArgumentList 6.8. Exercises: Inheritance and Polymorphism 6.9. Review Questions 6.9.1. Points of DepartureII. Higher Level Programming 7. Libraries 7.1. Code Containers 7.2. Building and Reusing Libraries 7.2.1. Organizing Libraries: Dependency Management 7.2.2. Installing Libraries 7.2.2.1. Points of Departure 7.3. Installing Libraries: A Lab Exercise 7.4. Frameworks and Components 7.5. Review Questions 8. Introduction to Design patterns 8.1. Anti-patterns 8.2. The Iterator Pattern 8.2.1. Directories and Files: QDir and QFileInfo 8.2.2. Customizing FileVisitor using Inheritance 8.2.3. Exercises: The Iterator Pattern 8.2.4. QDirIterator and the Iterator pattern 8.3. Review Questions 9. QObject 9.1. QObject's Child Managment 9.1.1. Exercises: QObject's Child Managment 9.2. Parents and Children 9.2.1. Finding Children 9.3. QApplication and the Event Loop 9.3.1. Layouts: A First Look 9.3.2. Connecting to slots 9.3.3. Signals and Slots 9.3.3.1. Exercises: Signals and Slots 9.4. Q_OBJECT and moc: A checklist 9.4.1. Points of Departure 9.5. Values and Objects 9.6. Exercises: QObject 9.7. tr() and Internationalization. 9.8. Review Questions 10. Generics and Containers 10.1. Generics and Templates 10.1.1. Function Templates 10.1.1.1. Exercises: Function Templates 10.1.2. Class Templates 10.1.3. Exercises: Generics and Templates 10.2. Containers 10.3. Managed Containers, Composites and Aggregates 10.3.1. Exercises: Managed Containers, Composites and Aggregates 10.4. Generics, Algorithms, and Operators 10.4.1. Exercises: Generics, Algorithms, and Operators 10.5. Serializer Pattern 10.5.1. Exercises: Serializer Pattern 10.6. Sorted Map example 10.7. Flyweight pattern: Implicitly Shared Classes 10.7.1. Points of Departure 10.7.2. Exercises: Flyweight pattern: Implicitly Shared Classes 10.8. Exercise: QSet and QMap 10.9. Review Questions 11. Qt GUI Widgets 11.1. Widget Categories 11.2. QMainWindow and QSettings 11.2.1. QSettings: Saving and Restoring Application State 11.3. Dialogs 11.3.1. Input Dialogs and Widgets 11.3.2. Exercises: Dialogs 11.4. Images and Resources 11.5. Layout of Widgets 11.5.1. Spacing, Stretching, and Struts 11.5.2. Moving Widgets across Layouts 11.5.3. Exercises: Layout of Widgets 11.6. QActions, QMenus, and QMenuBars 11.6.1. QActions, QToolbars, and QActionGroups 11.6.1.1. Points of Departure 11.6.2. Exercises: QActions, QMenus, and QMenuBars 11.6.3. Exercise: CardGame GUI 11.7. Regions and QDockWidgets 11.8. Views of a QStringList 11.8.1. Exercises: Views of a QStringList 11.9. Qt Designer 11.10. Review Questions 11.10.1. Points of Departure 12. Concurrency 12.1. QProcess and Process Control 12.1.1. Processes and Environment 12.1.2. Qonsole: Writing an Xterm in Qt 12.1.3. Qonsole with Keyboard Events 12.1.4. Exercises: QProcess and Process Control 12.2. Threads and QThread 12.2.1. QPixmap and QThread Animation Example: Movie Player 12.2.2. Movie Player with QTimer 12.2.3. Multiple Threads, Queues, and Loggers Example: Giant 12.2.4. Thread Safety and QObjects 12.2.5. Exercises: Threads and QThread 12.3. Summary: QProcess and QThread 12.4. Review Questions 13. Models and Views 13.1. M-V-C: What about the Controller? 13.2. Qt 4 Models and Views 13.2.1. QStandardItemModel and Multiple Views 13.3. Table Models 13.4. Tree Models 13.4.1. Extended Tree Widget Items 13.4.1.1. Exercises: Extended Tree Widget Items 13.5. Form Models and Views 13.5.1. Form Models 13.5.2. Designer Forms and QDataWidgetMapper 13.5.2.1. Points of Departure 13.5.2.2. Exercises: Designer Forms and QDataWidgetMapper 13.6. Review Questions 14. Validation and Regular Expressions 14.1. Validators 14.2. Regular Expressions 14.2.1. Regular Expression Syntax 14.2.2. Regular Expressions: Phone Number Recognition 14.2.3. Exercises: Regular Expressions 14.3. Regular Expression Validation 14.4. Exercises: Validation and Regular Expressions 14.5. Review Questions 15. Parsing XML 15.1. The Qt XML Module 15.2. Event-Driven parsing 15.3. XML, Tree Structures, and DOM 15.3.1. Iterator Pattern: DOM Tree Walking 15.3.2. Generation of XML with DOM 15.3.3. Exercises: XML, Tree Structures, and DOM 15.4. Review Questions 16. Meta Objects, Properties, and Reflective Programming 16.1. QMetaObject - The Meta Object pattern 16.2. Type Identification and qobject_cast 16.3. Q_PROPERTY Macro - Describing QObject Properties 16.4. QVariant Class: Accessing Properties 16.5. DataObject: An Extension of QObject 16.6. Review Questions 17. More Design Patterns 17.1. Creational Patterns 17.1.1. Abstract Factory 17.1.2. Abstract Factories and Libraries 17.1.3. qApp and Singleton pattern 17.1.4. Creation Rules and Friend Functions 17.1.5. Benefits of Using Factories 17.1.6. Exercises: Creational Patterns 17.2. Memento Pattern 17.2.1. Exporting to XML 17.2.2. Importing Objects with an Abstract Factory 17.3. The Façade Pattern 17.4. Review Questions 17.4.1. Points of Departure 18. Database Programming 18.1. Intro to MySQL 18.2. Connecting to MySQL from Qt 18.3. Queries and Result Sets 18.4. Long Running Threads and the Command Pattern 18.5. Database Models III. C++ Language Reference 19. Types and Expressions 19.1. Operators 19.1.1. Table of Operators 19.2. Evaluation of Logical Expressions 19.3. Enumerations 19.4. Signed and Unsigned Integral Types 19.4.1. Exercises: Signed and Unsigned Integral Types 19.5. Standard Expression Conversions 19.5.1. Exercises: Standard Expression Conversions 19.6. Explicit Conversions 19.7. Safer ANSI C++ Typecast operators 19.7.1. static_cast and const_cast 19.7.1.1. Exercises: static_cast and const_cast 19.7.2. reinterpret_cast 19.7.3. Why not use C-style casts? 19.8. Overloading special operators 19.8.1. Conversion Operators 19.8.2. Vectors and operator[] 19.8.3. The Function-Call operator() 19.9. Runtime Type Identification (RTTI) 19.9.1. typeid operator 19.10. Member Selection operators 19.11. Exercises: Types and Expressions 19.12. Review Questions 20. Scope and Storage Class 20.1. Declarations and Definitions 20.2. Identifier Scope 20.2.1. Default Scope of Identifiers - A Summary 20.2.2. File Scope versus Block Scope and operator:: 20.2.2.1. Exercises: File Scope versus Block Scope and operator:: 20.3. Storage Class 20.3.1. Globals, static, and QObject 20.3.1.1. Globals and const 20.3.2. Exercises: Storage Class 20.4. Namespaces 20.4.1. Anonymous Namespaces 20.4.2. Open Namespaces 20.4.3. namespace, static objects and extern 20.5. Review Questions 21. Statements and Control Structures 21.1. Statements 21.2. Selection Statements 21.2.1. Exercises: Selection Statements 21.3. Iteration 21.3.1. Exercises: Iteration 21.4. Review Questions 22. Memory Access 22.1. Pointer Pathology 22.2. Further Pointer Pathology with Heap Memory 22.3. Memory Access Summary 22.4. Introduction to Arrays 22.5. Pointer Arithmetic 22.6. Arrays, Functions, and Return Values 22.7. Different kinds of arrays 22.8. Valid Pointer Operations 22.9. What happens if new fails? 22.9.1. set_new_handler() : Another Approach To new Failures 22.9.2. Using set_new_handler and bad_alloc 22.9.3. Checking for null: new(nothrow) 22.10. Chapter Summary 22.11. Review Questions 23. Inheritance in Detail 23.1. virtual pointers, virtual tables 23.2. Polymorphism and virtual destructors 23.3. Multiple Inheritance 23.3.1. Multiple Inheritance Syntax 23.3.2. Multiple Inheritance with Abstract Interfaces 23.3.2.1. Points of Departure 23.3.3. Resolving Multiple Inheritance Conflicts 23.3.3.1. virtual Inheritance 23.3.3.2. virtual Base Classes 23.4. public, protected, and private derivation 23.5. Review Questions IV. Programming Assignments 24. MP3 jukebox Assignments 24.1. Phonon Setup 24.2. Playlist 24.3. Playlists 24.4. Source Selector 24.5. Star Delegates 24.6. Filtering Views 24.7. File Tree SideBar 24.8. AutoDJ A. C++ Reserved keywordsB. Standard HeadersC. The Development Environment C.1. make and Makefile C.2. The Preprocessor: For #including Files C.3. Understanding the Linker C.3.1. Common Linker Error Messages C.4. Debugging C.4.1. Building a Debuggable Target C.4.1.1. Exercises: Building a Debuggable Target C.4.2. gdb Quickstart C.4.3. Finding Memory Errors C.5. Qt Assistant and Designer C.6. Open Source development tools, Libraries, IDEs. D. Alan's quickstart guide to Debian for programmers. D.1. The apt system D.2. update-alternatives E. C++/Qt Setup E.1. C++/Qt Setup: Open Source Platforms E.2. C++/Qt Setup: Win32 E.3. C++/Qt Setup: Mac OSX F. ErrataBibliographyIndexDownload, capitole:http://cartan.cas.suffolk.edu/oopdocbook/opensource/index.html Quote
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