Microsoft Windows 2000 技术内幕（第3版）（影印版）（含1张光盘）

.windows 2000 resource kits
kernel debugging tools
platform software development kit (sdk)
device driver kit (ddk)
systems internals tools
chapter two
system architecture
requirements and design goals
operating system model
portability symmetrio multiprocessing
scalability
architecture overview
windowe 2000 product packaging
checked build
multiprocessor-specific system files
key syetem componenta
environment subsystems and subsystem dlls
ntdll.dll
executive
kernel
hardware abstraction layer
device drivers
peering into undocumented interfaces
system processes
chapter htree
system mechanisms
trap diapatehing
interrupt dispatching
exception dispatching
system service dispatching
object manager
executive objects
object structure
synchronization
kernel synchronization
executive synchronization
syetem worker threads
windows 2000 global flags
loeal procedure calls (lpcs)
chapter four
startup and shutdown
boot proeees
preboot
the boot sector and ntldr
initializing the kernel and executive subsystems
smss, csrss, and winlogon
safe mode
driver loading in safe mode
safe-mode-aware user programs
boot logging in safe mode
recovery console
shutdown
system craehee
why does windows 2000 crash?
the blue screen
crash dump files
chapier five
management mechanisms 215
the registry
registry data types
registry logical structure
registry internals
services
service applications
service accounts
the service control manager
service startup
startup errors
accepting the boot and last know
service failures
service shutdown
shared service processes
service control programs
windows management instrumentation
wmi architecture
providers
the common information model and the managed object
format language
the wmi namespace
class association

wmi implementation
wmi security
chapter six
processes, threads, and jobs
procees internals
data structures
kernel variables
performance counter!
relevant funotions
relevant tools
flow of cteateploeess
stage 1 : opening the image to be executed
stage 2: creating the windows 2000 executive process object
stage 3: creating the initial thread and its stack and context
stage 4: notifying the win32 subsystem about the
new process
stage 5: starting execution of the initial thread
stage 6: performing process initialization in the
context of the new process
thread internals
data structures
kernel variables
performance counters
relevant functions
relevant tools
flovr of cleatethread
thread scheduling
overview of windows 2000 scheduling
priority levels
win32 scheduling apls
relevant tools
real-time priorities
interrupt levels vs. priority levels
thread states
quantum
scheduling data structures
scheduling scenarios
context switching
idle thread
priority boosts
job oblects
chapier seveh
memory management a7a
memory manager components
configuring the memory manager
examining memory usage
services the inemorv manager providee
reserving and committing pages
locking memory
allocation granularity
shared memory and mapped files
protecting memory
copy-on-write
heap functions
address windowing extensions
system memory pools
look-aside lists
driver verifier
address space layout
user address space layout
system address space layout
address translation
translating a virtual address
page oireotories
process and system page tables
page table entries
byte within page
translation look-aside buffer
physical address extension
page fault handling
invalid ptes
prototype ptes
in-paging i/o
collided page faults
page files
virtual address descriptors
working sete
paging policies
working set management
balance set manager and swapper
system working set
page frame number databaee
page list dynamics
modified page writer
pfn data structures
section objects
chapter eight
seourity
security ratings
security system components
protecting objects
access checks
security identifiers
tokens
impersonation
restricted tokens
security descriptors and acoess control
securlty auditing
logon
winlogon initialization
user logon steps
chapter nine
i/o system
design goals
i/o syatem componenta
the i/o manager
device drivers
the plug and play (pnp) manager
the power manager
uo data structures
file objects
driver objects and device objects
i/o request packets
i/o completion ports
driver loading, inltializatlon, and installation
the start value
device enumeration
devnodes
devnode driver loading
driver installation
i/o proceeeing
types of i/0
i/0 request to a single-layered driver
i/o requests to layered drivers
i/o completion port operation
synchronization
chapter ten
storage management 607
the evolution of windowe 2000 storage
partitioning
basic partitioning
dynamic partitioning
storage drivers
disk drivers
device naming
basic disk management
dynamic disk management
disk performance monitoring
multipartition volume management
spannnd volumes
striped voiumes
mirrored volumes
raid-5 volumes
volume i/o operations
the volume namespace
the mount manager
mount points
volume mounting
chapter eleven
cache manager 645
key features of the windovrs 2000 cache manager
single, centralized system cache
the memory manager
cache coherency
virtual block caching
stream-based caching
recoverable file system support
cache structure
cache size
cache virtual size
cache physical size
cache data struetures
systemwide cache data structures
per-file oache data structures
cache operation
write-back caching and lazy writing
intelligent read-ahead
system threads
fast i/o
cache suppon routines
copying to and from the cache
caching with the mapping and pinning interfaces
caching with the direct memory access interfaces
write throttling
chapter twelve
file systems
windowes 2000 file syatem formats
cdfs
udf
fat12, fat16, and fat32
ntfs
file system driver architecture
local fsds
remote fsds
file system operation
ntfs design goals and features
high-end file system requirements
advanced features of ntfs
ntfs file system driver
ntfs on-disk structure
volumes
clusters
master file table
file reference numbers
file records
filenames
resident and nonresident ahributes
indexing
oata compression and sparse files
reparse points
the change journal file
object ids
ouota traoking
consolidated security
ntfs recovery support
evolution of file system design
logging
recovery
ntfs bad-cluster recovery
encrypting file system security
registering callbacks
encrypting a file for the first time
the decryption process
backing up encrypted files
chapier thirieen
networking 779
the osi reference model
osi layers
windows 2000 networking components
networking apls
named pipes and mailslots
windows sockets
remote procedure cail
common internet file system (cifs)
netbios
other networking apls
network-reeource name reaolution
multiple provider router
multiple unc provider
domain name system
protocol drlvers
ndis drivers
variations on the ndis miniport
connection-oriented ndis
binding
layered network servicee
remote access
aotive directory
network load balancing
file replication service
distributed file system
tcp/ip extensions
glossary
index