Debugging embedded and real-time systems: the art, science, technology, and tools of real-time system debugging
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Elektronisch E-Book |
| Sprache: | English |
| Veröffentlicht: |
Kidlington, Oxford, United Kingdom ; Cambridge, MA, United States
Newnes, an imprint of Elsevier
[2020]
|
| Online-Zugang: | DE-91 DE-706 Volltext |
| Beschreibung: | Intro -- Debugging Embedded and Real-Time Systems: The Art, Science, Technology, and Tools of Real-Time System Debugging -- Copyright -- Contents -- Preface -- Reference -- Chapter 1: Whats the problem? -- References -- Chapter 2: A systematic approach to debugging -- The six stages of debugging -- Whos at fault here? -- A bug of my own -- Tests to perform: -- References -- Chapter 3: Best practices for debugging embedded software -- Introduction -- What makes embedded systems different? -- Embedded systems are dedicated to specific tasks while PCs are generic computing platforms -- The implication of software failure is much more severe in embedded systems than in desktop systems -- Embedded systems have real-time constraints -- Embedded systems are supported by a wide array of processors and processor architectures -- Embedded systems are typically extremely cost-sensitive -- Embedded systems have power constraints -- Embedded systems must operate under extreme environmental conditions -- Embedded systems have far fewer system resources than desktop systems -- Embedded microprocessors often have dedicated debugging circuitry -- If an embedded system is using an operating system at all, it is most likely using a real-time operating system -- What are the best practices for debugging an embedded system? -- Avoiding the need to debug in the first place -- Partitioning -- Assertions -- Use lint -- Take compiler warnings seriously -- Avoid software timing loops -- Global variables -- Naming and style conventions -- Code defensively -- Peopleware -- Best practices for software in general -- Develop a process -- Best practices for debugging embedded software in particular -- Memory leaks -- Jitter -- Priority inversion -- Stack overflow -- Wrapping-up -- Additional resources -- References -- Chapter 4: Best practices for debugging embedded hardware Introduction -- The debug process for hardware -- Design reviews -- Test plan -- Design for testability -- Have a process -- Know your tools -- Microprocessor design best practices -- Introduction -- Design for testability -- Consider PCB issues -- Wrapping up -- Additional resources -- References -- Chapter 5: An overview of the tools for embedded design and debug -- Introduction -- Debugger -- HW/SW coverification -- ROM emulator -- Logic analyzer -- Logic analyzer benefits -- Logic analyzer issues -- In-circuit emulator -- Additional resources -- References -- Chapter 6: The hardware/software integration phase -- Introduction -- The HW/SW integration diagram -- The case of the nonstandard hard disk drive interface -- The last gasp of the vector display -- Underpowered emulator card cage -- Feature creep and the big customer -- References -- Chapter 7: On-chip debugging resources -- Introduction -- Background debug mode -- JTAG -- MIPS EJTAG -- Final remarks -- References -- Chapter 8: Systems on a chip -- Introduction -- Field-programmable gate arrays -- Virtualization -- Conclusion -- Additional resources -- References -- Chapter 9: Testing methods for isolating defects -- Introduction -- Barriers to finding problems -- Quick and dirty -- Asking for help -- Fault isolation -- Know your tools -- Understanding your design -- Performance-related faults -- Reproducible faults -- Intermittent faults -- Compliance faults -- Spread spectrum oscillators -- Thermal faults -- Mechanical issues -- Power supply-related faults -- Final thoughts -- References -- Chapter 10: Debugging real-time operating systems (RTOS) -- Introduction -- Defect issues in RTOS systems -- Synchronization problems -- Memory corruption -- Interrupt-related problems -- Unintended compiler optimizations -- Exceptions -- RTOS-aware tools: An example -- References Chapter 11: Serial communication systems -- Introduction -- RS-232 -- Wrong COM port assignment -- Improper cable pinout -- Wrong baud rate (clock frequency) -- Improper flow control -- I2C and SMBus protocols -- SPI protocol -- Tools -- Controller area network (CAN-bus) -- Closing remarks -- Additional resources -- References -- Chapter 12: Memory systems -- Introduction -- General testing strategies -- Static RAM -- Dynamic RAM -- Soft errors -- Jitter -- Software-based memory errors -- Concluding remarks -- References -- Index |
| Beschreibung: | 1 Online-Ressource Illustrationen |
| ISBN: | 9780128178126 |
| DOI: | 10.1016/C2018-0-02641-9 |
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| 500 | |a Intro -- Debugging Embedded and Real-Time Systems: The Art, Science, Technology, and Tools of Real-Time System Debugging -- Copyright -- Contents -- Preface -- Reference -- Chapter 1: Whats the problem? -- References -- Chapter 2: A systematic approach to debugging -- The six stages of debugging -- Whos at fault here? -- A bug of my own -- Tests to perform: -- References -- Chapter 3: Best practices for debugging embedded software -- Introduction -- What makes embedded systems different? -- Embedded systems are dedicated to specific tasks while PCs are generic computing platforms -- The implication of software failure is much more severe in embedded systems than in desktop systems -- Embedded systems have real-time constraints -- Embedded systems are supported by a wide array of processors and processor architectures -- Embedded systems are typically extremely cost-sensitive -- Embedded systems have power constraints -- Embedded systems must operate under extreme environmental conditions -- Embedded systems have far fewer system resources than desktop systems -- Embedded microprocessors often have dedicated debugging circuitry -- If an embedded system is using an operating system at all, it is most likely using a real-time operating system -- What are the best practices for debugging an embedded system? -- Avoiding the need to debug in the first place -- Partitioning -- Assertions -- Use lint -- Take compiler warnings seriously -- Avoid software timing loops -- Global variables -- Naming and style conventions -- Code defensively -- Peopleware -- Best practices for software in general -- Develop a process -- Best practices for debugging embedded software in particular -- Memory leaks -- Jitter -- Priority inversion -- Stack overflow -- Wrapping-up -- Additional resources -- References -- Chapter 4: Best practices for debugging embedded hardware | ||
| 500 | |a Introduction -- The debug process for hardware -- Design reviews -- Test plan -- Design for testability -- Have a process -- Know your tools -- Microprocessor design best practices -- Introduction -- Design for testability -- Consider PCB issues -- Wrapping up -- Additional resources -- References -- Chapter 5: An overview of the tools for embedded design and debug -- Introduction -- Debugger -- HW/SW coverification -- ROM emulator -- Logic analyzer -- Logic analyzer benefits -- Logic analyzer issues -- In-circuit emulator -- Additional resources -- References -- Chapter 6: The hardware/software integration phase -- Introduction -- The HW/SW integration diagram -- The case of the nonstandard hard disk drive interface -- The last gasp of the vector display -- Underpowered emulator card cage -- Feature creep and the big customer -- References -- Chapter 7: On-chip debugging resources -- Introduction -- Background debug mode -- JTAG -- MIPS EJTAG -- Final remarks -- References -- Chapter 8: Systems on a chip -- Introduction -- Field-programmable gate arrays -- Virtualization -- Conclusion -- Additional resources -- References -- Chapter 9: Testing methods for isolating defects -- Introduction -- Barriers to finding problems -- Quick and dirty -- Asking for help -- Fault isolation -- Know your tools -- Understanding your design -- Performance-related faults -- Reproducible faults -- Intermittent faults -- Compliance faults -- Spread spectrum oscillators -- Thermal faults -- Mechanical issues -- Power supply-related faults -- Final thoughts -- References -- Chapter 10: Debugging real-time operating systems (RTOS) -- Introduction -- Defect issues in RTOS systems -- Synchronization problems -- Memory corruption -- Interrupt-related problems -- Unintended compiler optimizations -- Exceptions -- RTOS-aware tools: An example -- References | ||
| 500 | |a Chapter 11: Serial communication systems -- Introduction -- RS-232 -- Wrong COM port assignment -- Improper cable pinout -- Wrong baud rate (clock frequency) -- Improper flow control -- I2C and SMBus protocols -- SPI protocol -- Tools -- Controller area network (CAN-bus) -- Closing remarks -- Additional resources -- References -- Chapter 12: Memory systems -- Introduction -- General testing strategies -- Static RAM -- Dynamic RAM -- Soft errors -- Jitter -- Software-based memory errors -- Concluding remarks -- References -- Index | ||
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| discipline | Informatik |
| discipline_str_mv | Informatik |
| doi_str_mv | 10.1016/C2018-0-02641-9 |
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| indexdate | 2024-11-20T11:00:58Z |
| institution | BVB |
| isbn | 9780128178126 |
| language | English |
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| spelling | Berger, Arnold S. Verfasser (DE-588)1089364253 aut Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging Arnold S. Berger Kidlington, Oxford, United Kingdom ; Cambridge, MA, United States Newnes, an imprint of Elsevier [2020] 1 Online-Ressource Illustrationen txt rdacontent c rdamedia cr rdacarrier Intro -- Debugging Embedded and Real-Time Systems: The Art, Science, Technology, and Tools of Real-Time System Debugging -- Copyright -- Contents -- Preface -- Reference -- Chapter 1: Whats the problem? -- References -- Chapter 2: A systematic approach to debugging -- The six stages of debugging -- Whos at fault here? -- A bug of my own -- Tests to perform: -- References -- Chapter 3: Best practices for debugging embedded software -- Introduction -- What makes embedded systems different? -- Embedded systems are dedicated to specific tasks while PCs are generic computing platforms -- The implication of software failure is much more severe in embedded systems than in desktop systems -- Embedded systems have real-time constraints -- Embedded systems are supported by a wide array of processors and processor architectures -- Embedded systems are typically extremely cost-sensitive -- Embedded systems have power constraints -- Embedded systems must operate under extreme environmental conditions -- Embedded systems have far fewer system resources than desktop systems -- Embedded microprocessors often have dedicated debugging circuitry -- If an embedded system is using an operating system at all, it is most likely using a real-time operating system -- What are the best practices for debugging an embedded system? -- Avoiding the need to debug in the first place -- Partitioning -- Assertions -- Use lint -- Take compiler warnings seriously -- Avoid software timing loops -- Global variables -- Naming and style conventions -- Code defensively -- Peopleware -- Best practices for software in general -- Develop a process -- Best practices for debugging embedded software in particular -- Memory leaks -- Jitter -- Priority inversion -- Stack overflow -- Wrapping-up -- Additional resources -- References -- Chapter 4: Best practices for debugging embedded hardware Introduction -- The debug process for hardware -- Design reviews -- Test plan -- Design for testability -- Have a process -- Know your tools -- Microprocessor design best practices -- Introduction -- Design for testability -- Consider PCB issues -- Wrapping up -- Additional resources -- References -- Chapter 5: An overview of the tools for embedded design and debug -- Introduction -- Debugger -- HW/SW coverification -- ROM emulator -- Logic analyzer -- Logic analyzer benefits -- Logic analyzer issues -- In-circuit emulator -- Additional resources -- References -- Chapter 6: The hardware/software integration phase -- Introduction -- The HW/SW integration diagram -- The case of the nonstandard hard disk drive interface -- The last gasp of the vector display -- Underpowered emulator card cage -- Feature creep and the big customer -- References -- Chapter 7: On-chip debugging resources -- Introduction -- Background debug mode -- JTAG -- MIPS EJTAG -- Final remarks -- References -- Chapter 8: Systems on a chip -- Introduction -- Field-programmable gate arrays -- Virtualization -- Conclusion -- Additional resources -- References -- Chapter 9: Testing methods for isolating defects -- Introduction -- Barriers to finding problems -- Quick and dirty -- Asking for help -- Fault isolation -- Know your tools -- Understanding your design -- Performance-related faults -- Reproducible faults -- Intermittent faults -- Compliance faults -- Spread spectrum oscillators -- Thermal faults -- Mechanical issues -- Power supply-related faults -- Final thoughts -- References -- Chapter 10: Debugging real-time operating systems (RTOS) -- Introduction -- Defect issues in RTOS systems -- Synchronization problems -- Memory corruption -- Interrupt-related problems -- Unintended compiler optimizations -- Exceptions -- RTOS-aware tools: An example -- References Chapter 11: Serial communication systems -- Introduction -- RS-232 -- Wrong COM port assignment -- Improper cable pinout -- Wrong baud rate (clock frequency) -- Improper flow control -- I2C and SMBus protocols -- SPI protocol -- Tools -- Controller area network (CAN-bus) -- Closing remarks -- Additional resources -- References -- Chapter 12: Memory systems -- Introduction -- General testing strategies -- Static RAM -- Dynamic RAM -- Soft errors -- Jitter -- Software-based memory errors -- Concluding remarks -- References -- Index Erscheint auch als Druck-Ausgabe 978-0-12-817811-9 https://doi.org/10.1016/C2018-0-02641-9 Verlag URL des Erstveröffentlichers Volltext |
| spellingShingle | Berger, Arnold S. Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging |
| title | Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging |
| title_auth | Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging |
| title_exact_search | Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging |
| title_exact_search_txtP | Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging |
| title_full | Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging Arnold S. Berger |
| title_fullStr | Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging Arnold S. Berger |
| title_full_unstemmed | Debugging embedded and real-time systems the art, science, technology, and tools of real-time system debugging Arnold S. Berger |
| title_short | Debugging embedded and real-time systems |
| title_sort | debugging embedded and real time systems the art science technology and tools of real time system debugging |
| title_sub | the art, science, technology, and tools of real-time system debugging |
| url | https://doi.org/10.1016/C2018-0-02641-9 |
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