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Index: N

names
and netgroups: 3.3.2. Netgroups
domains: 4.1.2. Domain names
naming
decentralized name management: 5.1.1. DNS versus NIS
diskless clients: 8.5. Changing a client's name
domains, hierarchical: 4.1.2. Domain names
filesystems: 6.6. Naming schemes
NFS: 6. System Administration Using the Network File System
maps: 3.3.6. Map naming
mount points: 18.7. Mount point constructions
ncsize, boot and: 16.5.5. Kernel configuration
ND: 8.1. NFS support for diskless clients
netgroups: 12.1.3. Using netgroups
netgroups map: 3.2.4. Enabling NIS on client hosts
3.3.1. Working with the maps
3.3.2. Netgroups
building other netgroups: 3.3.2. Netgroups
hostname field, NFS clients: 3.3.2. Netgroups
hostname, formats: 3.3.3. Hostname formats in netgroups
password file and: 3.3.2. Netgroups
source: 3.3.2. Netgroups
netid.byname map: 3.3. Files managed under NIS
netinstall, client configuration: 8.2. Setting up a diskless client
netmasks database: 13.2.1.3. Multiple interfaces
netmasks map, ifconfig: 13.2.2. Subnetwork masks
netstat: A.1. Routers and their routing tables
and local network interface: 17.1.1. Local network interface
local physical network interface: 17.1.1. Local network interface
Network Address Translation, firewall and: 12.4.7. Using NFS through firewalls
network analyzers: 13.5. Network analyzers
capture filters: 13.5.3. Capture filters
ethereal: 13.5.2. ethereal / tethereal
read filters: 13.5.4. Read filters
snoop: 13.5.1. snoop
Network Disk (see Network Disk)
Network File System (see NFS)
Network Information Service (see NIS)
3. Network Information Service Operation
network layer (7-layer model): 1.3. Network layer
datagrams: 1.3.1. Datagrams and packets
IP addressing: 1.3.2. IP host addresses
network numbers
classes: 1.3.3. IPv4 address classes
IPv4, addresses: 1.3.3. IPv4 address classes
network stack: 1.1. Networking overview
see also protocol stack: 1.1. Networking overview
networking
overview: 1.1. Networking overview
protocols: 1.1. Networking overview
ISO 7-layer model: 1.1. Networking overview
routing: 1.3. Network layer
networks
architecture, dataless clients: 8.7.1. Dataless clients
ATM: 17.3.2. ATM and FDDI networks
bandwidth, bottlenecks: 16.4.1. Problem areas
bridges: 17.2. Network partitioning hardware
broadcast addresses: 13.1. Broadcast addresses
cabling: 17.1.1. Local network interface
carrier sense transmission: 17.1.2. Collisions and network saturation
collisions
errors: 17.1.1. Local network interface
saturation: 17.1.2. Collisions and network saturation
congestion: 17.1. Network congestion and network interfaces
connectivity, ping and: 13.2.4. Using ping to check network connectivity
debugging: 15. Debugging Network Problems
design, NIS: 4.1. NIS network design
domains, dividing into: 4.1.1. Dividing a network into domains
FDDI: 17.3.2. ATM and FDDI networks
gateways: 17.2. Network partitioning hardware
hubs: 17.2. Network partitioning hardware
infrastructure: 17.3. Network infrastructure
interface: 1.2. Physical and data link layers
1.2.1. Frames and network interfaces
defined: 1.2. Physical and data link layers
Ethernet interface: 1.2.1. Frames and network interfaces
local networks: 17.1.1. Local network interface
loopback interface: 1.2.1. Frames and network interfaces
interfaces, listing: 13.2.1.1. Examining interfaces
layers: 1.3. Network layer
logical: 17.2. Network partitioning hardware
management: 0. Preface
partitions
hardware: 17.2. Network partitioning hardware
low-bandwith networks: 17.3. Network infrastructure
ping: 15. Debugging Network Problems
reliability issues: 18.3. Adjusting for network reliability problems
repeaters: 17.2. Network partitioning hardware
routers: 17.2. Network partitioning hardware
saturation: 17.1.2. Collisions and network saturation
services: 1.5.3. Internet and RPC server configuration
ARPA: 1.5.3. Internet and RPC server configuration
ftp: 1.5.3. Internet and RPC server configuration
Internet: 1.5.3. Internet and RPC server configuration
telnet: 1.5.3. Internet and RPC server configuration
see also services: 1.5.3. Internet and RPC server configuration
stack: 1.1. Networking overview
switches: 17.2. Network partitioning hardware
traffic
ethereal/tethereal: 14.4.1. ethereal / tethereal
filtering: 17.5. Protocol filtering
measuring: 17.1.2. Collisions and network saturation
utilization, measuring: 17.1.2. Collisions and network saturation
NFS: 0. Preface
ACLs and: 12.4.8.2. ACLs and NFS
behavior characterization, performance tuning and: 16.1. Characterization of NFS behavior
client I/O: 7.3.2. Client I/O system
client-side failover: 6.5. Replication
clients
hostname field, netgroups: 3.3.2. Netgroups
troubleshooting: B.2. NFS client problems
components: 7.3. NFS components
diagnostic tools: 14. NFS Diagnostic Tools
administration: 14.1. NFS administration tools
publicly available: 14.4. Publicly available diagnostics
statistics: 14.2. NFS statistics
diskless clients, support: 8.1. NFS support for diskless clients
and DOS: 10. PC/NFS Clients
see also PC/NFS: 10. PC/NFS Clients
encryption: 12.4. NFS security
environment, large: 6. System Administration Using the Network File System
errno values: B.3. NFS errno values
error messages: 15.6. Asynchronous NFS error messages
debugging case study: 15.6. Asynchronous NFS error messages
file locking
hangs: 11.3.1. Diagnosing NFS lock hangs
mandatory: 11.2.3. Mandatory locking and NFS
Windows and: 11.2.4. NFS and Windows lock semantics
file locking and: 11.2. NFS and file locking
filehandles: 7.2.5. Pathnames and filehandles
filesystems
exporting: 6.2. Exporting filesystems
mounting: 6. System Administration Using the Network File System
6.3. Mounting filesystems
naming: 6. System Administration Using the Network File System
firewalls: 12.4.7. Using NFS through firewalls
future, version 4 and: 7.6.1. NFS Version 4
groups, passing: 12.4.1. RPC security
idempotent requests: 7.2.2. Statelessness and crash recovery
I/O operations, biod daemon: 6.1. Setting up NFS
IPsec: 12.5.3. NFS and IPSec
Kerberos and, enabling: 12.5.5.3. Enabling Kerberized NFS
kernel code: 7.3.3. NFS kernel code
local filesystems: 6. System Administration Using the Network File System
lockd daemon: 6.1. Setting up NFS
NLM, lock state: 11.3.2. Examining lock state on NFS/NLM servers
overview: 0. Preface
1. Networking Fundamentals
pathnames: 7.2.5. Pathnames and filehandles
PC/NFS overview: 10. PC/NFS Clients
performance
bottlenecks: 16.4. Identifying NFS performance bottlenecks
17. Network Performance Analysis
measuring: 16.2. Measuring performance
protocol
crashes: 7.2.2. Statelessness and crash recovery
statelessness, design and: 7.2.2. Statelessness and crash recovery
remote filesystems: 6. System Administration Using the Network File System
replication: 6.5. Replication
retransmissions, identifying: 18.1.1. Identifying NFS retransmissions
RPC and: 6. System Administration Using the Network File System
maps: 7.2.1. NFS RPC procedures
RPC procedures: 7.2.1. NFS RPC procedures
retransmission: 7.2.3. Request retransmission
RPC requests, randomness: 16.1. Characterization of NFS behavior
security: 12.4. NFS security
future of: 12.5.7. NFS security futures
increasing: 12.5. Stronger security for NFS
increasing, transition: 12.5.6. Planning a transition from NFS/sys to stronger NFS security
RPC: 12.4.1. RPC security
services: 12.5.1. Security services
security level: 12.2. How secure are NIS and NFS?
server thread: 7.3.1. nfsd and NFS server threads
servers
caches, duplicate request: 7.2.3. Request retransmission
logging mechanics: 14.6.1. NFS server logging mechanics
remove request: 7.2.3. Request retransmission
troubleshooting: B.1. NFS server problems
setup: 6.1. Setting up NFS
Solaris, export and: 6.2. Exporting filesystems
statd daemon: 6.1. Setting up NFS
superusers, mapping: 12.4.2. Superuser mapping
symbolic links, resolving: 6.4.1. Resolving symbolic links in NFS
system administration: 6. System Administration Using the Network File System
over TCP: 18.1.4. NFS over TCP is your friend
TCP comparison: 7.2.7. NFS over TCP
traffic
file transfer size and: 16.1. Characterization of NFS behavior
volumes: 16.1. Characterization of NFS behavior
version 3: 7.2.6. NFS Version 3
diagnostic tools: 14.5. Version 2 and Version 3 differences
PC/NFS and: 10.1. PC/NFS today
virtual nodes: 7. Network File System Design and Operation
WANs and: 18.4. NFS over wide-area networks
write permissions, restricting: 12.4. NFS security
write throughput, bottlenecks and: 16.4.2.1. NFS writes (NFS Version 2 versus NFS Version 3)
NFS protocol, implementation and: 7.2. NFS protocol and implementation
NFS RPC mixture (see RPC mixture)
NFS Server Logging utility: 14.6. NFS server logging
FTP and: 14.6. NFS server logging
nfsbug utility: 14.4.4. nfsbug
nfsd daemon: 6.1. Setting up NFS
7.2. NFS protocol and implementation
7.3.1. nfsd and NFS server threads
/etc/dfs/dfstab and: 14.1. NFS administration tools
maximum number of threads: 16.5.2.2. Choosing the number of server threads
overloaded servers and: 16.4. Identifying NFS performance bottlenecks
port monitoring: 12.4.6. Port monitoring
threads: 16.5.2. NFS server threads
nfsd threads
context switching: 16.5.2.1. Context switching overhead
I/0, CPU loading: 16.5.1. CPU loading
maximum: 16.5.2.2. Choosing the number of server threads
server performance tuning: 16.5.2. NFS server threads
NFS/dh
checklist: 12.5.4.9. NFS/dh checklist
enabling: 12.5.4.5. Enabling NFS/dh
nfslogd daemon
configuration: 14.6.8. Other configuration parameters
log cycling: 14.6.6. NFS log cycling
log files and: 14.6.4. The nfslogd daemon
nfs_max_threads parameter: C. Tunable Parameters
nfs3_max_transfer_size parameter: C. Tunable Parameters
nfs_nra parameter: C. Tunable Parameters
nfs_shrinkreaddir parameter: C. Tunable Parameters
nfsstat
results: 18.1.1. Identifying NFS retransmissions
RPC statistics: 18.1.1. Identifying NFS retransmissions
nfsstat -c, client-side statistics: 14.2. NFS statistics
nfsstat -s, server statistics: 14.2. NFS statistics
nfsstat command: 6.5. Replication
nfsstat utility
NFS RPC calls: 16.2. Measuring performance
RPC mixtures: 16.3. Benchmarking
NFSWATCH: 14.4.3. NFSWATCH
nfs_write_error_to_cons_only parameter: C. Tunable Parameters
nicknames, maps: 3.3. Files managed under NIS
3.3.7. Map structure
NIS+: 2.2.3. NIS+
NIS management: 3.2. Basics of NIS management
NIS protocol, procedure calls: 3.3.9. The ypserv daemon
NIS tools
key lookup: 13.4.1. Key lookup
map information: 13.4.3. Other NIS map information
NLM
client crashes: 11.2.2.2. Client crash
file locking recovery: 11.2.2. NLM recovery
lock state: 11.3.2. Examining lock state on NFS/NLM servers
partitioning: 11.2.2.3. Network partition
server crash: 11.2.2.1. Server crash
NLM protocol: 11.2. NFS and file locking
11.2.1. The NLM protocol
No space left on device error message: 15.6. Asynchronous NFS error messages
nodes, dataless, management: 8.7.1. Dataless clients
nsswitch.conf file, NIS on client host: 3.2.4. Enabling NIS on client hosts
NT Domain: 2.2.6. NT Domain
null map, automounter: 9.2.3. The null map
null procedure, RPC: 14.2. NFS statistics


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