This book covers embedded real-time multi-threaded operating system called RT-Thread. RT-Thread supports multiple chip architectures, compilers and IDEs, and is free to use. The book has two parts: the kernel and device components. Each chapter features code samples
This book covers embedded real-time multi-threaded operating system called RT-Thread. RT-Thread supports multiple chip architectures, compilers and IDEs, and is free to use. The book has two parts: the kernel and device components. Each chapter features code samplesHinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Qiu Yi is a co-founder of Shanghai Real-Thread Electronic Technology Co., Ltd. He has been working on the development of the RT-Thread open-source operating system since 2006. RT-Thread has now been widely used in many industries, such as energy, vehicle, medical, consumer electronics, and more. It is a mature and stable open-source embedded operating system with a large installed capacity. Xiong Puxiang is a founder and CEO of Shanghai Real-Thread Electronic Technology Co., Ltd. He created the RT-Thread open-source operating system in 2006 and has led engineers in the design and develop of the RT-Thread operating system kernel by integrating object-oriented design concepts and developing many mature and stable software components such as file system, command line, and graphical user interface. Zhu Tianlong is the CTO of Shanghai Real-Thread Electronic Technology Co., Ltd. He has more than 10 years of RTOS development experience and has taken charge of the RT-Thread R&D team, which is committed to researching and developing cutting-edge technology. Also, he is an embedded open-source geek, sharing such open-source software as easylogger, easyflash, and cmbacktrace.
Inhaltsangabe
1. Embedded Real-Time Operating System. 2. RT-Thread Introduction. 3. Kernel Basics. 4. Thread Management. 5. Clock Management. 6. Inter-Thread Syncronization. 7. Inter-Thread Communication. 8. Memory Management. 9. Interrupt Management. 10. Kernel Porting. 11. Env-Assisted Development Environment. 12. FinSH Console. 13. I/O Device Framework. 14. General Peripheral Interface. 15. Virtual File System. 16. Network Framework. Appendix A. "Menuconfig Options" Appendix B. SCons. Appendix C. Getting Started with QEMU (Ubuntu). Appendix D. Getting Started with RT-Thread Studio (Windows).
