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Ch. 1 Profiling 1
Ch. 2 Code coverage 37 Ch. 3 GNU debugger (gdb) 53 Ch. 4 Memory management debugging 81 Ch. 5 System information (/proc) 111 Ch. 6 System tools 151 Ch. 7 System error messages 187 Ch. 8 Event logging 211 Ch. 9 Linux trace toolkit 233 Ch. 10 Oprofile : profiler supported by the kernel 261 Ch. 11 User-model Linux 291 Ch. 12 Dynamic probes 315 Ch. 13 Kernel-level debuggers (kgdb and kdb) 333 Ch. 14 Crash dump 371 |
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Jacket Description/Back:
Learn Linux debugging and optimization--at kernel and application levels--hands-on! This is the definitive guide to Linux software debugging and performance optimization at both the kernel and application levels. Using extensive Linux code examples, Steve Best systematically introduces open source tools and best-practice techniques for delivering bug-free, well-tuned code. Drawing on his exceptional experience optimizing Linux systems for IBM, Best covers issues ranging from memory management and I/O to system processes and kernel bug messages. You' ll walk through real debugging sessions, discovering the strategies experts use to debug even the most complex application- and kernel-related problems. You' ll master sophisticated profiling techniques for identifying and resolving bottlenecks more quickly and learn how to capture the right data in the event of trouble. Coverage includes Bottleneck identification Code coverage Debuggers: gdb, kgdb, and KDB Memory management /proc kernel data analysis System process monitoring Network performance Oops bug messages Syslog and event logging Execution traces Profiling kernel behavior Cache misses User-Mode Linux Dynamic probes Crash dump analysis And more... "Linux(R) Debugging and Performance Tuning will be indispensable for every developer who needs to supercharge the Linux kernel and applications, and for every administrator and support specialist who must resolve Linux reliability or performance issues. (c) Copyright Pearson Education. All rights reserved. |