address_family
Specifies the protocol family for which to report the
configuration details.
The following table lists valid values for address_
family:
Address Type Value
IPv4 inet
IPv6 inet6
When changing an interface configuration, if the
address family is not inet, you must specify an address
family, which may alter the interpretation of any
parameters that follow. You must specify an address
family because an interface can receive transmissions
in different protocols, each of which may require a
separate naming scheme.
address Specifies the network address of the interface being
configured. For the inet address family, the address
argument is either a hostname or an Internet address in
the standard dotted-decimal notation with or without
the optional Classless Interdomain Routing (CIDR)
bitmask (/bitmask). If using the bitmask argument,
do not use the netmask parameter.
For the inet6 address family, the address argument
is either a host name or the 128-bit IPv6 address, as
follows:
x:x:x:x:x:x:x:x
In this format, each x is the hexadecimal value of
a 16-bit portion of the address. An IPv6 address
typically consists of a 64-bit prefix followed by a
64-bit interface identifier. See the HP TCP/IP Services
for OpenVMS Guide to IPv6 manual for more information
on IPv6 addresses.
ip6prefix
Specifies that the address argument is an IPv6 prefix
and that the interface identifier is to be appended to
it to create a 128-bit IPv6 address when configuring an
address on the interface.
interface identifier
Identifies an interface on a subnet, and is typically
the interface's link-layer address. Most prefixes are
required to have 64-bit interface identifiers. For
48-bit MAC addresses, the interface identifier is
created by inserting the hexadecimal values of 0xFF
and 0xFE in the middle of the address and inverting
the universal/local bit (bit 7) in the resulting
64-bit address. For example, the 48-bit MAC address
0:0:f8:23:10:f3 becomes the 64-bit interface identifier
2:0:f8:ff:fe:23:10:f3.
dest_address
Specifies the address of the correspondent on the
remote end of a point-to-point link.