Code:
# netconf: configuration values for core networking subsystems
#
# @(#) netconf $Date: 2011/01/31 17:30:11 $Revision: r11.31/2 PATCH_11.31 (PHNE_41714)
#
# HOSTNAME: Name of your system for uname -S and hostname
#
# OPERATING_SYSTEM: Name of operating system returned by uname -s
# ---- DO NOT CHANGE THIS VALUE ----
#
# LOOPBACK_ADDRESS: Loopback address
# ---- DO NOT CHANGE THIS VALUE ----
#
HOSTNAME=hpux2
OPERATING_SYSTEM=HP-UX
LOOPBACK_ADDRESS=127.0.0.1
# Internet configuration parameters. See ifconfig(1m), autopush(1m)
#
# INTERFACE_NAME: Network interface name (see lanscan(1m))
#
# IP_ADDRESS: IP address in decimal-dot notation (e.g., 192.1.2.3),
# or hostname (in /etc/hosts).
#
# SUBNET_MASK: Subnetwork mask in decimal-dot notation, if different
# from default
#
# BROADCAST_ADDRESS: Broadcast address in decimal-dot notation, if
# different from default
#
# INTERFACE_STATE: Desired interface state at boot time.
# either up, down or force, default is up.
# See ifconfig(1m) for more about force option.
#
# DHCP_ENABLE Determines whether or not DHCP client functionality
# will be enabled on the network interface (see
# auto_parms(1M), dhcpclient(1M)). DHCP clients get
# their IP address assignments from DHCP servers.
# 1 enables DHCP client functionality; 0 disables it.
#
# INTERFACE_MODULES: A list of modules to be pushed on a stream
# associated with an interface. For example,
# INTERFACE_MODULES[0]="mod1 mod2 ... modN-1 modN"
# pushes modN on top of modN-1.
#
# INTERFACE_SKIP: Determines whether this interface needs to be configured
# or not. Setting it to "true" will skip or disable the
# interface configuration. And setting it to "false" enables
# the interface configuration. Default is "false"
#
#
# For each additional network interfaces, add a set of variable assignments
# like the ones below, changing the index to "[1]", "[2]" et cetera.
#
INTERFACE_NAME[0]=lan0
IP_ADDRESS[0]=192.168.0.16
SUBNET_MASK[0]=255.255.255.0
BROADCAST_ADDRESS[0]=192.168.0.255
INTERFACE_STATE[0]=""
DHCP_ENABLE[0]=1
INTERFACE_MODULES[0]=""
INTERFACE_SKIP[0]=""
# Internet routing configuration. See route(1m), routing(7)
#
# ROUTE_DESTINATION: Destination host or network IP address in decimal-dot
# notation, or hostname (in /etc/hosts) or network name
# (in /etc/networks), preceded by the word "host" or "net";
# or simply the word "default".
#
# ROUTE_MASK: Subnetwork mask in decimal-dot notation, or C language
# hexadecimal notation. This is an optional field.
# An IP address/subnet mask pair uniquely identifies
# a subnet to be reached. If a subnet mask is not given,
# then the system will assign the longest subnet mask
# of the configured network interfaces to this route.
# If there is no matching subnet mask, then the system
# will assign the default network mask as the route's
# subnet mask.
#
# ROUTE_GATEWAY: Gateway IP address in decimal-dot notation, or hostname
# (in /etc/hosts). If local interface, must use the
# same form as used for IP_ADDRESS above (hostname or
# decimal-dot notation). If loopback interface, i.e.,
# 127.0.0.1, the ROUTE_COUNT must be set to zero.
#
# ROUTE_COUNT: An integer that indicates whether the gateway is a
# remote interface (one) or the local interface (zero)
# or loopback interface (e.g., 127.*).
#
# ROUTE_ARGS: Route command arguments and options. This variable
# may contain a combination of the following arguments:
# "-f", "-n" and "-p pmtu".
#
# ROUTE_SOURCE: Local system IP address in decimal-dot notation, or the
# equivalent hostname or alias (in /etc/hosts).
# This field is optional. If specified, it must match
# one of the configured IP addresses or names of the
# local system.
#
# ROUTE_PARAMS: Specify "force" to enable force flag for the routes.
# See route(1m) for more about force flag.
#
# ROUTE_SKIP: Determines whether route needs to be configured or not.
# Setting it to "true" will skip or disable the configuration
# of this route. And setting it to "false" will enable the
# route configuration. Default is "false".
#
# Please note that if the corresponding source interface is
# skipped from the configuration, then set this flag to "true"
# or else /sbin/init.d/net fails to add this route.
#
# For each additional route, add a set of variable assignments like the ones
# below, changing the index to "[1]", "[2]" et cetera.
#
# IMPORTANT: If host or network names are used instead of IP addresses for
# fields that support both, make sure the system name resolution
# policy is configured so that a hang during system boot (or slow
# boot behavior) is avoided. See nsswitch.conf(4).
ROUTE_DESTINATION[0]=default
ROUTE_MASK[0]=""
ROUTE_GATEWAY[0]=
ROUTE_COUNT[0]=""
ROUTE_ARGS[0]=""
ROUTE_SOURCE[0]=""
ROUTE_SKIP[0]=""
# Dynamic routing daemon configuration. See gated(1m)
#
# GATED: Set to 1 to start gated daemon.
# GATED_ARGS: Arguments to the gated daemon.
GATED=0
GATED_ARGS=""
#
# Router Discover Protocol daemon configuration. See rdpd(1m)
#
# RDPD: Set to 1 to start rdpd daemon
#
RDPD=0
#
# Reverse ARP daemon configuration. See rarpd(1m)
#
# RARPD: Set to 1 to start rarpd daemon
#
RARPD=0
#
# Network interface configuration. See ifconfig(1m)
#
# DEFAULT_INTERFACE_MODULES contains a default list of modules to be
# pushed on a stream associated with an interface. For example,
# INTERFACE_MODULES[0]="mod1 mod2 ... modN-1 modN" pushes modN on top
# of modN-1.
#
# Precedence rules:
# 1) The module names specified in INTERFACE_MODULES[] for the specified
# interface overrides the modules in DEFAULT_INTERFACE_MODULES. For
# example, INTERFACE_MODULES[0]="foo" and
# DEFAULT_INTERFACE_MODULES="m1 m2", then the module list applied
# will be "foo".
#
# 2) If INTERFACE_MODULES[] is set to null string, then the module
# names specified in DEFAULT_INTERFACE_MODULES will be used for the
# specified interface. For example, INTERFACE_MODULES[0]="" ( or
# INTERFACE_MODULES[0]= ) and DEFAULT_INTERFACE_MODULES="m1 m2",
# then the applied module list will be "m1,m2".
#
# 3) If INTERFACE_MODULES[] is explicitly set to "NONE", then no module
# list will be applied for the specified interface. For example, if
# INTERFACE_MODULES[0]="NONE" and DEFAULT_INTERFACE_MODULES="m1 m2",
# then there will be no -m option applied to the interface.
# Restriction: The module name can't be "NONE", and "NONE" is not
# case sensitive.
DEFAULT_INTERFACE_MODULES=""
LANCONFIG_ARGS[0]=ether
ROUTE_DESTINATION[1]=default
ROUTE_GATEWAY[1]=
ROUTE_COUNT[1]=1
# New Optional Internet configuration parameters BEGINS
#
# INTERFACE_SKIP: Determines whether corresponding interface specified in INTERFACE_NAME
# need to be configured or not. Setting it to "true" will skip or disable
# the interface configuration. And setting it to "false" enables
# the interface configuration. Default is "false"
#
# For Example,
# In order to skip the configuration of interface mentioned in
# INTERFACE_NAME[0]. User can just set INTERFACE_SKIP[0] to"true".
#
#
# INTERFACE_STATE: Desired interface state at boot time.
# either up, down or force, default is up.
# See ifconfig(1m) for more about force option.
#
# ROUTE_PARAMS: Specify "force" to enable force flag for the routes.
# See route(1m) for more about force flag.
#
# ROUTE_SKIP: Determines whether the corresponding static route needs to be
# configured or not. Setting it to "true" will skip or disable
# the configuration of this route. And setting it to "false" will
# enable the route configuration. Default is "false".
#
# Please note that if the corresponding source interface is
# skipped from the configuration, then set this flag to "true"
# or else /sbin/init.d/net fails to add this route.
# For example
# To skip the configuration of an static route specified in
# ROUTE_DESTINATION[0] set ROUTE_SKIP[0] to "true".
#
# Optional Internet configuration parameters ENDS.
ROUTE_DESTINATION[2]=default
ROUTE_GATEWAY[2]=
ROUTE_COUNT[2]=1
ROUTE_DESTINATION[3]=default
ROUTE_GATEWAY[3]=192.168.0.1
ROUTE_COUNT[3]=1