DIGITAL TCP/IP Services for OpenVMS
Concepts and Planning

E
EGP
use in router discovery
Ethernet
Existing domain information
nslookup
Export database
NFS server use
Exterior Gateway Protocol (EGP)
See EGP
see EGP
F
FDDI
File access
File name
valid characters
File ownership
OpenVMS
UNIX
File protection
OpenVMS
UNIX
File size
File specification
OpenVMS
UNIX
File structure
OpenVMS
UNIX
File system
differences between OpenVMS and UNIX
file specifications
UNIX root
File Transfer Protocol
See FTP
File type
OpenVMS
Finger utility
description of
Forwarder server
selecting
Fragmentation
by gateway
conditions for
of datagram
reassembling
FTP
anonymous user access
description of
Functional zone #1
Functional zone #2
G
GATED
benefits of using
dynamic routing
selecting routes
supported protocols
Gateway Routing Daemon (GATED)
see GATED
Geographic zone #1
Geographic zone #2
GID
definition
Group identification
See GID
H
Hard link
Hints file
I
IN-ADDR.ARPA domain
INET
supported
inetd
in auxiliary server
Internet definition
Internet layer protocols
ARP #1
ARP #2
ICMP #1
ICMP #2
IP
RIP
Internet Protocol
see IP
InterNIC #1
InterNIC #2
registration services
IP
definition
raw socket
routing messages by
IP address
definition
for routing
parts of
L
LAN
configuring BIND Servers on
definition
Link
hard links
symbolic link
UNIX file system
Little Endian
Local loopback file
Lookup
distributing load
LPR/LPD
description of
M
Management Control Program (UCP)
See UCP
Management tools
description of
Management Control Program
UCP
Managing remote access
Master server
definition
primary
secondary
selecting #1
selecting #2
Master zone file
Mounting
N
NAMED.CA file
NAMED.LOCAL file
Negotiating time synchronization
exchanging UDP datagrams
Network byte order
Big Endian
description
Little Endian
Network concepts
client/server model
Network File System
See NFS
Network Interface layer
Network Interface layer protocols
CSLIP
PPP
SLIP
Network mask
Network routing
Network services protocols
BIND
DHCP
DNS
NTP
Portmapper
SNMP
Network Time Protocol
See NTP
NFS
client #1
client #2
components
container files
description of
file names
file specification
OpenVMS
UNIX
file system definition
links
OpenVMS applications
accessing NFS user data
overview
pathnames
PC-NFS #1
PC-NFS #2
RFCs
server #1
server #2
UNIX file system on OpenVMS server
UNIX style file system
NFS design
idempotent operations
NFS protocol
stateless operation
NFS server
asynchronous process
daemon
databases used
description of
multithread facility
overview
shared OpenVMS cluster databases
NTP
description of
negotiating synchronization to peers
NTP daemon
configuring
using with other time services
NTP peers
accepting and rejecting
NTP time servers
determining distance from UTC source
stratum 1
stratum 2 and higher
O
Open Shortest Path First (OSPF)
See OSPF
see OSPF
OpenVMS cluster
shared NFS server databases
OpenVMS file names
file types
OpenVMS file structure
OpenVMS file system
case sensitivity
categories of users
file protection
OpenVMS mail facility
used by SMTP
OpenVMS system services
OSI layered model
Compared to TCP/IP model
OSPF
use in large networks
P
Pathname
absolute
explained
relative
PATHWORKS
support for #1
support for #2
PC-NFS
description of
PC-NFS daemon
authentication
Planning
BIND domain hierarchy
BOOTP considerations
DHCP considerations
DIGITAL TCP/IP Services for OpenVMS
domain names for reverse lookup
PPP
serial lines
SLIP
Point-to-Point Protocol
See PPP
POP
Portmapper
Ports
as end points of communication
assigning
binding
communicating between processes
ephemeral
privileged
required privileges
well-known ports
Post Office Protocol
See POP
PPP #1
PPP #2
Primary server
Print services
TELNET symbiont
Privileges
required for privileged ports
Process
binding ports
client
server
using ports to send messages
Programming environment
Protocol stack
description of
Transmission Control Protocol (TCP)
description of
User Datagram Protocol (UDP)
description of
Protocols
FTP
LPR/LPD
NFS
NTP
POP
Routing Information Protocol (RIP)
SMTP
SNMP
TELNET
TFTP
Proxy database
mapping user accounts
NFS server use
Proxy identities
communication proxies
for controlling system access
proxy database
PWIP driver