کتاب صوتی ردیابی و تحلیل عملکرد هسته لینوکس در معماری ARM64 با ftrace

🎓 دوره آموزشی جامع

📚 اطلاعات دوره

عنوان دوره: دوره ردیابی و تحلیل عملکرد هسته لینوکس در معماری ARM64 با ftrace

موضوع کلی: مهندسی نرم‌افزار و سیستم‌های عامل

موضوع میانی: هسته لینوکس و ابزارهای اشکال‌زدایی

📋 سرفصل‌های دوره

• 1. مقدمه‌ای بر مهندسی نرم‌افزار و سیستم‌های عامل
• 2. آشنایی با معماری ARM64
• 3. مبانی هسته لینوکس
• 4. مفهوم ردیابی (Tracing) در سیستم‌های عامل
• 5. معرفی ابزار ftrace
• 6. تاریخچه و تکامل ftrace
• 7. معماری ftrace در هسته لینوکس
• 8. اجزای اصلی ftrace (tracer, buffer, event)
• 9. انواع tracer ها در ftrace
• 10. function tracer
• 11. function_graph tracer
• 12. latency tracer
• 13. irq tracer
• 14. preempt tracer
• 15. sync tracer
• 16. sched tracer
• 17. kprobes و jprobes
• 18. uprobes
• 19. tracepoints
• 20. dynamic tracepoints
• 21. event filters
• 22. event actions
• 23. ring buffer
• 24. buffer management
• 25. buffer formats
• 26. trace events
• 27. trace events schema
• 28. trace event types
• 29. custom trace events
• 30. kernel modules tracing
• 31. user space tracing
• 32. dynamic tracing
• 33. static tracing
• 34. system calls tracing
• 35. process scheduling tracing
• 36. memory management tracing
• 37. I/O subsystem tracing
• 38. network subsystem tracing
• 39. device driver tracing
• 40. virtualization tracing
• 41. security tracing
• 42. performance analysis with ftrace
• 43. profiling with ftrace
• 44. debugging with ftrace
• 45. bottleneck identification
• 46. resource contention analysis
• 47. system call tracing with ftrace
• 48. process tracing with ftrace
• 49. thread tracing with ftrace
• 50. CPU usage analysis
• 51. context switch analysis
• 52. interrupt handling analysis
• 53. system load analysis
• 54. boot time analysis
• 55. application performance analysis
• 56. kernel crash debugging
• 57. memory leak detection
• 58. deadlock detection
• 59. race condition detection
• 60. performance tuning
• 61. optimizing kernel performance
• 62. optimizing application performance
• 63. ARM64 specific tracing
• 64. ftrace on arm64 architecture
• 65. ARM64 CPU features for tracing
• 66. ARM64 instruction tracing
• 67. ARM64 power management tracing
• 68. ARM64 interrupt controller tracing
• 69. ARM64 timers tracing
• 70. ARM64 system registers tracing
• 71. ARM64 memory system tracing
• 72. ARM64 cache tracing
• 73. ARM64 TLB tracing
• 74. ARM64 context switching on arm64
• 75. ARM64 scheduling on arm64
• 76. ARM64 kernel boot on arm64
• 77. ARM64 device drivers tracing
• 78. ARM64 performance monitoring units (PMU)
• 79. integrating ftrace with PMU
• 80. advanced ftrace techniques
• 81. scripting ftrace
• 82. automating tracing
• 83. analyzing trace data
• 84. visualizing trace data
• 85. trace analysis tools
• 86. collecting trace data remotely
• 87. security considerations for tracing
• 88. privacy in tracing
• 89. ethical considerations in tracing
• 90. future of ftrace
• 91. emerging tracing technologies
• 92. challenges in kernel tracing
• 93. best practices for ftrace usage
• 94. case studies in ftrace
• 95. real-world debugging with ftrace
• 96. performance optimization case studies
• 97. ARM64 system tuning with ftrace