I got some files here
First file : ifcfg.template
# This is a template for a network interface configuration file used with ifup.
# See 'man 8 ifup' for details.
# Additionally to the following variables you can set every variable from the
# interface independent configurations files (config, dhcp, wireless) to
# overwrite the global settings.
# STARTMODE tells ifup when a interface should be set up. Possible values are:
# - onboot: start it at boot time
# - manual: start it only when ifup is called manually
# - hotplug: start it when ifup is called by hotplug or pcmcia
# - [off|ignore]: ignore this configuration
# Do not use 'onboot' for hotpluggable devices. That does not work.
STARTMODE=
# With BOOTPROTO you can choose between a 'static' configuration with fixed
# IP addresses or 'dhcp'. (bootp does not work on SuSE Linux 8.0)
BOOTPROTO=
# If using a static configuration you have to set an IP address and a netmask
# or prefix length. The following examples are equivalent:
# 1) IPADDR=192.168.1.1
# NETMASK=255.255.255.0
# 2) IPADDR=192.168.1.1
# PREFIXLEN=24
# 3) IPADDR=192.168.1.1/24
IPADDR=
NETMASK=
PREFIXLEN=
# Set the broadcast address of this interface. If you leave it empty a default
# will be used. See DEFAULT_BROADCAST in /etc/sysconfig/network/config.
BROADCAST=
# If you'd like to set up a point to point connection you may specify the
# remote IP here.
REMOTE_IPADDR=
# Set a label for the interface. See 'multiple addresses' below.
LABEL=
# This options defines whether the script /etc/ppp/poll.tcpip is run after
# connecting to the internet via a dialup connection or not. The script
# itself calls various jobs like fetchmail, fetchnews and sendmail.
# Default to yes
RUN_POLL_TCPIP=
# Have a look at the iproute2 documentation.
SCOPE=
# Every other option from "ip address add" can be added here.
IP_OPTIONS=
# Set a specific Maximum Transmission Unit (MTU) for this interface.
MTU=
# Set a specific link level address (LLADDR), a.k.a. MAC address or hardware address,
# for this interface (if the driver supports it).
LLADDR=
# Every other option from "ip link set" can be added here.
# Example:
# LINK_OPTIONS="multicast off"
LINK_OPTIONS=
# Multiple addresses (aka aliases)
# There are several ways to assign more than one IP address to a network
# interface. If you ever want to use YaST2 for this you should choose the
# first possibility:
# 1) one IP address per config file:
# create multiple copies of your master config files and add ':<string>' to
# the filenames of the copy. Prefer increasing number starting at 1.
# 2) multiple IP addresses per config file:
# You can extend the variable name 'IPADDR' by any string you like (IPADDR_1,
# IPADDR_FOO, IPADDRxxx, ...) and use these variables for your IP addresses.
# If you need some additional parameters for these addresses, then just add
# the same extension to these variable names.
# IPADDR_AAA=1.2.3.4
# NETMASK_AAA=255.0.0.0
# BROADCAST_AAA=1.2.3.55
# IPADDR_BBB=10.10.2.3/16
# LABEL_BBB=BBB
# an so on ...
#
# You do not need to set a label for any address. But then you should not use
# ifconfig any longer; go and use ip. If you want to use ifconfig then omit the
# label for your main address and set a label for every additional address.
# This is equivalent with using aliases with method 1.
#
# !!! YaST2 is not able to read multiple addresses from one file. Use this only
# if you configure your stuff manually anyway !!!
# Routing:
# If you need special routes for a configuration, then use a file named
# ifroute-<config> where <config> is the same string as in ifcfg-<config>.
# It has the same syntax like routes except one difference:
# If you omit the interface name (4th field) in the ifroute file it will be
# set to the current interface name when setting up the interface. You need to
# do this with hotpluggable devices, where you do not know which interface name
# they will get at the time when you plug them.
# See man 5 routes.
# Multiple DHCP clients:
#
# With two or more DHCP clients running, they would concurrently try to replace
# the default route or rewrite resolv.conf, rewrite ntp.conf etc. There are two
# ways of dealing with this conflict (and it is a conflict, because you can
# have only one default route even though routes are stackable, and there can
# only be one resolv.conf file):
#
# 1) allow both clients to do that stuff. This would work in many cases if
# only one of the interfaces is used at a time. However, it would lead to
# undefined behaviour.
#
# 2) allow only one of the DHCP clients to do that stuff. This implies
# that there would be a "primary" interface and a "secondary". This is the
# assumption the default configuration is based on. But since the system
# can't guess which interface is "more important" and should have the
# default route and resolver configuration associated with it, it simply
# chooses the first interface that is started with DHCP to be
# "authoritative". Which one that is can be influenced by adding
# DHCLIENT_PRIMARY_DEVICE=yes to one of the /etc/sysconfig/network/ifcfg-*
# files. This can even be added to more than one file, to achieve the
# behaviour described in 1). Thus, there is the flexibility to do it
# either way.
#
# Per default, only the DHCP client that is started first will be allowed to
# change the default route / resolver configuration etc. All other running
# clients will only configure the interface with an address, but not change
# "global" configuration.
#
# Thus, to specifically allow an interface's DHCP client to change "global"
# configuration, set the following variable to "yes":
DHCLIENT_PRIMARY_DEVICE=
# Even more finegrained control can be excerted by setting any of the variables
# from /etc/sysconfig/network/dhcp here:
DHCLIENT_DEBUG=
DHCLIENT_SET_HOSTNAME=
DHCLIENT_SET_DOMAINNAME=
DHCLIENT_KEEP_SEARCHLIST=
DHCLIENT_MODIFY_RESOLV_CONF=
DHCLIENT_SET_DEFAULT_ROUTE=
DHCLIENT_MODIFY_NTP_CONF=
DHCLIENT_MODIFY_NIS_CONF=
DHCLIENT_TIMEOUT=
DHCLIENT_REBOOT_TIMEOUT=
DHCLIENT_CLIENT_ID=
DHCLIENT_HOSTNAME_OPTION=
DHCLIENT_VENDOR_CLASS_ID=
DHCLIENT_LEASE_TIME=
DHCLIENT_ADDITIONAL_OPTIONS=
next file : wireless
## Path: Hardware/Wireless
## Description:
## Type: yesno
## Default: ""
## ServiceRestart: network
# If you have a wireless NIC and want to set some special wireless parameters
# then you can do that here in this file globally for all cards you have. But
# you can write each of these variables to the interface specific ifcfg-* files
# to handle things per card.
# The WIRELESS_* variable names match the option names of iwconfig. Have a look
# at 'man iwconfig' for details. Except WIRELESS_NICK the variables do nothing
# if empty.
#
# This variables decides if the special handling for wireless HW is used. If you
# have only one network interface card and it is wireless you can set it here to
# 'yes'. But it is much better, if you use that variable in the interface
# configuration files 'ifcfg-*', which overrides the general settings made here.
WIRELESS=""
## Type: string
## Default: ""
# Set the operating mode of the device, which depends on the network
# topology. The mode can be Ad-hoc (network composed of only one cell and
# without Access Point), Managed (network composed of many cells, with
# roaming or with an Access Point), Mas_ ter (the node is the synchronisation
# master or act as an Access Point), Repeater (the node forward packets on the
# air), Secondary (the node act as a backup master/repeater) or Auto
WIRELESS_MODE=""
## Type: string
## Default: ""
# Set the ESSID (or Network Name - in some products it may also called Domain
# ID). The ESSID is used to identify cells which are part of the same virtual
# network.
WIRELESS_ESSID="Wireless"
## Type: string
## Default: ""
# Set the nickname, or the station name. Most 802.11 products do define it,
# but this is not used as far as the protocols (MAC, IP, TCP) are concerned
# and completely accessory as far as configuration goes. If this variable is
# empty we use the hostname
WIRELESS_NICK=""
## Type: string
## Default: ""
# Set the Network ID (in some products it is also called Domain ID). As all
# adjacent wireless net_ works share the same medium, this parameter is used
# to differenciate them (create logical colocated networks) and identify
# nodes belonguing to the same cell.
WIRELESS_NWID=""
## Type: string
## Default: ""
# Set the operating frequency or channel in the device. Value below
# 1000 are the channel number, value over this is the frequency in Hz. You
# must append the suffix k, M or G to the value (for exam_ ple, "2.46G" for
# 2.46 GHz frequency), or add enough '0'.
WIRELESS_FREQ=""
## Type: string
## Default: ""
# Channels are usually numbered starting at 1, and you may use iwpriv(8) to
# get the total number of channels and list the available frequencies.
# Depending on regulations, some frequencies/channels may not be available.
WIRELESS_CHANNEL=""
## Type: string
## Default: ""
# Set the sensitivity threshold. This is the lowest signal level for which we
# attempt a packet recep_ tion, signal lower than this are not received. This
# is used to avoid receiving background noise
WIRELESS_SENS=""
## Type: string
## Default: ""
# For cards supporting multiple bit rates, set the bit-rate in b/s. The
# bit-rate is the speed at which bits are transmitted over the medium, the
# user speed of the link is lower due to medium sharing and overhead.
WIRELESS_RATE=""
## Type: string
## Default: ""
# Used to manipulate encryption or scrambling keys and encryption mode. To
# set the current encryption key, just enter the key in hex digits as
# XXXX-XXXX-XXXX-XXXX or XXXXXXXX. You can also enter the key as an ASCII
# string by using the s: prefix. 'off' disables encryption. Additionally you
# may add 'open' or 'restricted' after the key, open set the system in open
# mode (accept non-encrypted packets) and restricted discard non-encrypted
# packets.
# Examples: "0123-4567-89"
# "s
assword"
# "s
assword open"
# "off" (Don't do that! No! No! No!)
WIRELESS_KEY=""
## Type: string
## Default: ""
# RTS/CTS adds a handshake before each packet trans_ mission to make sure
# that the channel is clear. This adds overhead, but increase performance
# in case of hidden nodes or large number of active nodes.
WIRELESS_RTS=""
## Type: string
## Default: ""
# Fragmentation allow to split a IP packet in a burst of smaller fragments
# transmitted on the medium. In most cases this adds overhead, but in very
# noisy environment this reduce the error penalty.
WIRELESS_FRAG=""
## Type: string
## Default: ""
# If you need other options for iwconfig, then write the complete option string
# as you would append it to iwconfig but without the interface name to the
# variables below. For multiple options you may (but need not) add linebreaks in
# the string.
WIRELESS_IWCONFIG_OPTIONS=""
## Type: string
## Default: ""
# If you need to set options for iwspy, then write the complete option string as
# you would append it to iwspy but without the interface name to the variables
# below. For multiple options you may (but need not) add linebreaks in the
# string.
WIRELESS_IWSPY_OPTIONS=""
## Type: string
## Default: ""
# If you need to set options for iwpriv then write the complete option string as
# you would append it to iwpriv but without the interface name to the variables
# below. For multiple options you may (but need not) add linebreaks in the
# string.
WIRELESS_IWPRIV_OPTIONS=""
I really dont know what to do.
Is there any way to contact you? icq? msn?
Thanks a lot
off topic - Susu
