UNIX系统内幕（英文版）

图书标准信息

• 作者 瓦哈兰 著
• 出版社 人民邮电出版社
• 出版时间 2003-07
• 版次 1
• ISBN 9787115113009
• 定价 58.00元
• 装帧 平装
• 开本 其他
• 纸张 其他
• 页数 600页
• 正文语种 英语

【内容简介】

　　《UNIX系统内幕(英文版)》提供了最新和最全面的UNIX系统技术内幕资料。全书讨论了UNIX的开发技术和原理，考察了现代UNIX系统的最新发展，比较分析了由最重要的UNIX系统和变体所提供的最新特性。《UNIX系统内幕(英文版)》涵盖的内容包括体现了20世纪90年代UNIX系统结构特色的多项技术：多线程内核、多处理机和实时系统，以及分布式文件系统。《UNIX系统内幕(英文版)》还讨论了内核的几个重要组成部分，比较了它们在几种不同UNIX变体中的设计，论述了其间的诸多权衡考虑，并且介绍了已被广泛采用的那些特性。
　　《UNIX系统内幕(英文版)》可作为大学计算机科学系高年级本科生和研究生的教材或参考书。《UNIX系统内幕(英文版)》也为专业UNIX程序员、系统管理员提供了极有价值的参考资料。

【目录】

1INTRODUCTION
1.1Introduction
1.2ThMandateforChange
1.3LookingBack，LookingForward
1.4TheScopeofthisBook
1.5References

2THEPROCESSANDTHEKERNEL
2.1Introduction
2.2Mode，Space，andContext
2.3TheProcessAbstraction
2.4ExecutinginKernelMode
2.5Synchronization
2.6ProcessScheduling
2.7Signals
2.8NewProcessesandPrograms
2.9Summary
2.10Exercises
2.11References

3THREADSANDLIGHTWEIGHTPROCESSES
3.1Introduction
3.2FundamentalAbstractions
3.3LightweightProcessDesign——IssuestoConsider
3.4User-LevelThreadsLibraries
3.5SchedulerActivations
3.6MultithreadinginSolarieandSVR4
3.7ThreadsinMach
3.8DigitalUNIX
3.9Mach3.0Continuations
3.10Summary
3.11Exercises
3.12References

4SIGNALSANDSESSIONMANAGEMENT
4.1Introduction
4.2SignalGenerationandHandling
4.3UnreliableSignals
4.4ReliableSignals
4.5SignalsinSVR4
4.6SignalsImplementation
4.7Exceptions
4.8MachExceptionHandling
4.9ProcessGroupsandTerminalManagement
4.10TheSVR4SessionsArchitecture
4.11Summary
4.12Exercises
4.13References

5PROCESSSCHEDULING
5.1Introduction
5.2ClockInterruptHandling
5.3SchedulerGoals
5.4TraditionalUNIXScheduling
5.5TheSVR4Scheduler
5.6Solaris2.xSchedulingEnhancements
5.7SchedulinginMach
5.8TheDigitalUNIXReal-TimeScheduler
5.9OtherSchedulingImplementations
5.10Summary
5.11Exercises
5.12References

6INTERPROCESSCOMMUNICATIONS
6.1Introduction
6.2UniversalIPCFacilities
6.3SystemVIPC
6.4MachIPC
6.5Messages
6.6Ports
6.7MessagePassing
6.8PortOperations
6.9Extensibility
6.10Mach3.0Enhancements
6.11Discussion
6.12Summary
6.13Exercises
6.14References

7SYNCHRONIZATIONANDMULTIPROCESSING
7.1Introduction
7.2SynchronizationinTraditionalUNIXKernels
7.3MultiprocessorSystems
7.4MultiprocessorSynchronizationIssues
7.5Semaphores
7.6SpinLocks
7.7ConditionVariables
7.8Resd-WritsLocks
7.gReferenceCounts
7.10OtherConsiderations
7.11CaseStudies
7.12Summary
7.13Exercises
7.14References

8FILESYSTEMINTERFACEANDFRAMEWORK
8.1Introduction
8.2TheUserInterfacetoFiles
8.3FileSystems
8.4SpecialFiles
8.5FileSystemFramework
8.6TheVnode/VfsArchitecture
8.7ImplementationOverview
8.8File-System-DependentObjects
8.9MountingaFileSystem
8.10OperationsonFiles
8.11Analysis
8.12Summary
8.13Exercises
8.14References

9FILESYSTEMIMPLEMENTATIONS
9.1Introduction
9.2TheSystemVFileSystem(s5fs)
9.3S5fsKernelOrganization
9.4Analysisofs5fs
9.5TheBerkeleyFastFileSystem
9.6HardDiskStructure
9.7On-DiskOrganization
9.8FFSFunctionalityEnhancements
9.9Analysis
9.10TemporaryFileSystems
9.11Special-PurposeFileSystems
9.12TheOldBufferCache
9.13Summary
9.14Exercises
9.15References

10DISTRIBUTEDFILESYSTEMS
10.1Introduction
10.2GeneralCharacteristicsofDistributedFileSystems
10.3NetworkFileSystem(NFS)
10.4TheProtocolSuite
10.5NFSImplementation
10.6UNIXSemantics
10.7NFSPerformance
10.8DedicatedNFSServers
10.9NFSSecurity
10.10NFSVersion3
10.11RemoteFileSharing(RFS)
10.12RFSArchitecture
10.13RFSImplementation
10.14Client-SideCaching
10.15TheAndrewFileSystem
10.16AFSImplementation
10.17AFSShortcomings
10.18TheDCEDistributedFileSystem(DCEDFS)
10.19Summary
10.20Exercises
10.21References

11ADVANCEDFILESYSTEMS
11.1Introduction
11.2LimitationsofTraditionalFileSystems
11.3FileSystemClustering(Sun-FFS)
11.4TheJournalingApproach
11.5Log-StructuredFileSystems
1l.6The4.4BSDLog-StructuredFileSystem
11.7MetedataLogging
11.8TheEpisodeFileSystem
11.9Watchdogs
11.10The4.4BSDPortalFileSystem
11.11StackableFileSystemLayers
11.12The4.4BSDFileSystemInterface
11.13Summary
11.14Exercises
11.15References

12KERNELMEMORYALLOCATION
12.1Introduction
12.2FunctionalRequirements
12.3ResourceMapAllocator
12.4SimplePower-of-TwoFreeLists
12.5TheMcKusick-KarelsAllocator
12.6TheBuddySystem
12.7TheSVR4LazyBuddyAlgorithm
12.8TheMach-OSF/1ZoneAllocator
12.9AHierarchicalAllocatorforMultiprocessors
12.10TheSolaris2.4SlabAllocator
12.11Summary
12.12Exercises
12.13References

13VIRTUALMEMORY
13.1Introduction
13.2DemandPaging
13.3HardwareRequirements
13.44.3BSD-ACaseStudy
13.54.3BSDMemoryManagementOperations
13.6Analysis
13.7Exercises
13.8References

14THESVR4VMARCHITECTURE
14.1Motivation
14.2Memory-MappedFiles
14.3VMDesignPrinciples
14.4FundamentalAbstractions
14.5SegmentDrivers
14.6TheSwapLayer
14.7VMOperations
14.8InteractionwiththeVnodeSubsystem
14.9VirtualSwapSpaceinSolaris
14.10Analysis
14.11PerformanceImprovements
14.12Summary
14.13Exercises
14.14References

15MOREMEMORYMANAGEMENTTOPICS
15.1Introduction
15.2MachMemoryManagementDesign
15.3MemorySharingFacilities
15.4MemoryObjectsandPagers
15.5ExternalandInternalPagers
15.6PageReplacement
15.7Analysis
15.8MemoryManagementin4.4BSD
15.9TranslationLookasideBuffer(TLB)Consistency
15.10TLBShootdowninMach
15.11TLBConsistencyinSVR4andSVR4.2UNIX
15.12OtherTLBConsistencyAlgorithms
15.13VirtuallyAddressedCaches
15.14Exercises
15.15References

16DEVICEDRIVERSANDI/O
16.1Introduction
16.2Overview
16.3DeviceDriverFramework
16.4TheI/OSubsystem
16.5ThepollSystemCall
16.6BlockI/O
16.7TheDDI/DKISpecification
16.8NewerSVR4Releases
16.9FutureDirections
16.10Summary
16.11Exercises
16.12References

17STREAMS
17.1Motivation
17.2Overview
17.3MessagesandQueues
17.4StreamI/O
17.5ConfigurationandSetup
17.6STREAMSioctls
17.7MemoryAllocation
17.8Multiplexing
17.9FIFOsandPipes
17.10NetworkingInterfaces
17.11Summary
17.12Exercises
17.13References
Index