Porting to the symbian platform open mobile development in C/C++
If you want to write mobile applications without the idioms of Symbian C++, have existing software assets that you'd like to re-use on Symbian devices, or are an open source developer still waiting for an open Linux-based device to gain significant market penetration, this is the book for you!...
| Autor principal: | |
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| Formato: | Libro electrónico |
| Idioma: | Inglés |
| Publicado: |
Chichester, West Sussex :
Wiley
2009.
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| Edición: | 1st edition |
| Materias: | |
| Ver en Biblioteca Universitat Ramon Llull: | https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009627739606719 |
Tabla de Contenidos:
- Porting to the Symbian Platform; Contents; About this Book; Author Biographies; Author's Acknowledgements; Symbian Acknowledgements; 1 Introduction; 1.1 What Is Porting?; 1.2 What Is Portability?; 1.3 Why Port to Mobile Platforms?; 1.4 Why Get Interested Now?; 1.5 Why Port to the Symbian Platform?; 2 The Porting Process; 2.1 Choosing a Project; 2.2 Analyzing the Code; 2.3 Re-architecting; 2.4 Setting Up the Development Environment; 2.5 Integrating with the Symbian Build System; 2.6 Compiling; 2.7 Fixing Problems; 2.8 Running and Testing; 2.9 Debugging; 2.10 Re-integrating; 2.11 Summary
- 3 Symbian Platform Fundamentals3.1 In the Beginning; 3.2 Naming Guidelines and Code Conventions; 3.3 Data Handling; 3.4 String Handling: Descriptors; 3.5 Error Handling and Memory Management; 3.6 Event-Driven Programming; 3.7 Writeable Static Data; 3.8 Multiple Inheritance; 3.9 Summary; 4 Standard APIs on the Symbian Platform; 4.1 P.I.P.S. Is POSIX on Symbian OS; 4.2 Open C; 4.3 The STLport, uSTL and Open C++; 4.4 Which Version of Symbian OS?; 4.5 How to Use the APIs; 4.6 Examples: SoundTouch and SoundStretch; 4.7 Known Limitations, Issues and Workarounds; 4.8 Summary; 5 Writing Hybrid Code
- 5.1 Popular APIs You Can't Use Directly5.2 How to Create a Hybrid Port; 5.3 Example: Guitune; 5.4 Summary; 6 Other Port Enablers; 6.1 Real-time Graphics and Audio Libraries; 6.2 Simple DirectMedia Layer; 6.3 OpenKODE; 6.4 Qt; 6.5 Summary; 7 Porting from Mobile Linux; 7.1 Major Players in the Mobile Linux Space; 7.2 Porting from Linux to Symbian; 7.3 Summary; 8 Porting from Microsoft Windows; 8.1 Architecture Comparison; 8.2 Application Compatibility; 8.3 Development Languages and SDKs; 8.4 SDKs and APIs; 8.5 Porting an Application; 8.6 Windows-specific Issues; 8.7 Signing and Security
- 8.8 Porting from C# and .NET8.9 Summary; 9 Porting from Other Mobile Platforms; 9.1 Android; 9.2 BREW; 9.3 iPhone OS; 9.4 Summary; 10 Porting a Simple Application; 10.1 Selecting a Project; 10.2 Analyzing the Code; 10.3 Setting Up the Development Environment; 10.4 Integrating with the Symbian Build System; 10.5 Getting It to Compile; 10.6 Getting It to Work; 10.7 Extensions Specific to Mobile Devices; 10.8 Deploying and Testing on Target Hardware; 10.9 Re-integrating; 10.10 Summary; 11 Porting Middleware; 11.1 GDAL; 11.2 Qt; 11.3 Summary; 12 Porting a Complex Application
- 12.1 Selecting a Project12.2 Analyzing the Code; 12.3 Re-architecting; 12.4 Setting Up the Development Environment; 12.5 Integrating with the Symbian Build System; 12.6 Getting It to Compile; 12.7 Re-writing the User Interface; 12.8 Testing and Debugging; 12.9 Re-integrating; 12.10 Summary; 13 The P.I.P.S. Architecture; 13.1 The Glue Code; 13.2 The Core Libraries; 13.3 The Backend; 13.4 Emulator Writeable Static Data Support; 13.5 Summary; 14 Security Models; 14.1 The Capability Model; 14.2 Process Identity; 14.3 Data Caging; 14.4 Code-Signing and Certification
- 14.5 Certification and Platform Security
