Solaris Internals: Core Kernel ComponentsThis is Sun's definitive guide to the internals of SunOS, the operating system component of Sun's Solaris operating environment. It will be invaluable for anyone responsible for Solaris management, maintenance, performance and/or application tuning. This book covers all aspects of SunOS internals, especially major kernel data structures and kernel code algorithms, with a focus on practical applications. Understand how the Solaris operating environment is organized; including the kernel directory hierarchy, system facilities, interfaces, system calls, libraries, Posix support, and more. Review processes, threads, the dispatcher, and the Virtual File System (VFS). Understand the Solaris Memory Architecture, virtual memory, and interprocess communications -- and master memory analysis, sizing and capacity planning. |
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Índice
An Introduction to Solaris | 3 |
Kernel Services | 27 |
Kernel Synchronization Primitives | 59 |
Kernel Bootstrap and Initialization | 103 |
PART TWO | 123 |
Virtual Memory Watchpoints | 164 |
The Page Scanner | 178 |
Kernel Memory | 205 |
The Solaris Kernel Dispatcher | 343 |
Interprocess Communication | 421 |
PART FOUR | 469 |
File System Overview | 513 |
File System Framework | 531 |
The UNIX File System | 565 |
Solaris File System Cache | 589 |
Appendix A Kernel Tunables Switches and Limits | 609 |
Memory Monitoring | 233 |
PART THREE | 255 |
Process Structures | 265 |
Appendix CA Sample Procts Utility | 629 |
Otras ediciones - Ver todo
Solaris Internals: Architecture and Techniques. Core kernal ..., Volumen 1 James Mauro,Richard McDougall No hay ninguna vista previa disponible - 2001 |
Términos y frases comunes
address space allocated allows amount application array bits block buffer bytes cache callout command condition contains context created data structure default defined described device disk dispatch queue driver entry example execution exists fault field Figure file system flag function handler hardware Header implementation initialization inode interfaces interrupt kernel thread layer limit linked loaded lock maintained maximum means memory mode module mutex object offset operating parameter performance physical placed pointer priority proc processor provides queue reference release resource result routine running scheduling segment semaphore shared shown signal sleep Solaris specific stack struct SunOS swap system call Table tion trap turnstile virtual memory vnode waiting write
Referencias a este libro
Proceedings of the ... International Workshop on Network and ..., Número 14 Vista de fragmentos - 2004 |