dhcpcd eth0

#
# networks	This file describes a number of netname-to-address
#		mappings for the TCP/IP subsystem.  It is mostly
#		used at boot time, when no name servers are running.
#

loopback	127.0.0.0
localnet	192.168.0.0

# End of networks.

# /etc/rc.d/rc.inet1.conf
#
# This file contains the configuration settings for network interfaces.
# If USE_DHCP[interface] is set to "yes", this overrides any other settings.
# If you don't have an interface, leave the settings null ("").

# You can configure network interfaces other than eth0,eth1... by setting
# IFNAME[interface] to the interface's name. If IFNAME[interface] is unset
# or empty, it is assumed you're configuring eth<interface>.

# Several other parameters are available, the end of this file contains a
# comprehensive set of examples.

# =============================================================================

# Config information for eth0:
IPADDR[0]="192.168.0.120"
NETMASK[0]="255.255.255.0"
USE_DHCP[0]=""
DHCP_HOSTNAME[0]=""

# Config information for eth1:
IPADDR[1]="192.168.0.121"
NETMASK[1]="255.255.255.0"
USE_DHCP[1]=""
DHCP_HOSTNAME[1]=""

# Config information for eth2:
IPADDR[2]=""
NETMASK[2]=""
USE_DHCP[2]=""
DHCP_HOSTNAME[2]=""

# Config information for eth3:
IPADDR[3]=""
NETMASK[3]=""
USE_DHCP[3]=""
DHCP_HOSTNAME[3]=""

# Default gateway IP address:
GATEWAY="192.168.0.1"

# Change this to "yes" for debugging output to stdout.  Unfortunately,
# /sbin/hotplug seems to disable stdout so you'll only see debugging output
# when rc.inet1 is called directly.
DEBUG_ETH_UP="no"

## Example config information for wlan0.  Uncomment the lines you need and fill
## in your info.  (You may not need all of these for your wireless network)
#IFNAME[4]="wlan0"
#IPADDR[4]=""
#NETMASK[4]=""
#USE_DHCP[4]="yes"
#DHCP_HOSTNAME[4]="icculus-wireless"
#DHCP_KEEPRESOLV[4]="yes"
#DHCP_KEEPNTP[4]="yes"
#DHCP_KEEPGW[4]="yes"
#DHCP_IPADDR[4]=""
#WLAN_ESSID[4]=BARRIER05
#WLAN_MODE[4]=Managed
##WLAN_RATE[4]="54M auto"
##WLAN_CHANNEL[4]="auto"
##WLAN_KEY[4]="D5AD1F04ACF048EC2D0B1C80C7"
##WLAN_IWPRIV[4]="AuthMode=WPAPSK EncrypType=TKIP WPAPSK=7B1ABEEB5D197741923ED26727569C365E31212096A0EAFAD563B268BAD01CAF TxRate=0"
#WLAN_WPA[4]="wpa_supplicant"
#WLAN_WPADRIVER[4]="ndiswrapper"

## Some examples of additional network parameters that you can use.
## Config information for wlan0:
#IFNAME[4]="wlan0"              # Use a different interface name nstead of
                                # the default 'eth4'
#HWADDR[4]="00:01:23:45:67:89"  # Overrule the card's hardware MAC address
#MTU[4]=""                      # The default MTU is 1500, but you might need
                                # 1360 when you use NAT'ed IPSec traffic.
#DHCP_KEEPRESOLV[4]="yes"       # If you dont want /etc/resolv.conf overwritten
#DHCP_KEEPNTP[4]="yes"          # If you don't want ntp.conf overwritten
#DHCP_KEEPGW[4]="yes"           # If you don't want the DHCP server to change
                                # your default gateway
#DHCP_IPADDR[4]=""              # Request a specific IP address from the DHCP
                                # server
#WLAN_ESSID[4]=DARKSTAR         # Here, you can override _any_ parameter
                                # defined in rc.wireless.conf, by prepending
                                # 'WLAN_' to the parameter's name. Useful for
                                # those with multiple wireless interfaces.
#WLAN_IWPRIV[4]="AuthMode=WPAPSK EncrypType=TKIP WPAPSK=thekey TxRate=0"
                                # Some drivers require a private ioctl to be
                                # set through the iwpriv command. If more than
                                # one is required, you can place them in the
                                # IWPRIV parameter (space-separated, see the
                                # example).

search Malditos
nameserver 200.174.144.14
nameserver 200.174.144.15

#	eth_up 0
#	eth_up 0
#! /bin/sh
# /etc/rc.d/rc.inet1
# This script is used to bring up the various network interfaces.
#
# @(#)/etc/rc.d/rc.inet1 10.2  Sun Jul 24 12:45:56 PDT 2005  (pjv)

############################
# READ NETWORK CONFIG FILE #
############################

# Get the configuration information from /etc/rc.d/rc.inet1.conf:
. /etc/rc.d/rc.inet1.conf

###########
# LOGGING #
###########

# If possible, log events in /var/log/messages:
if [ -f /var/run/syslogd.pid -a -x /usr/bin/logger ]; then
  LOGGER=/usr/bin/logger
else # output to stdout/stderr:
  LOGGER=/bin/cat
fi

############################
# DETERMINE INTERFACE LIST #
############################

# Compose a list of interfaces from /etc/rc.d/rc.inet1.conf (with a maximum
# of 6 interfaces, but you can easily enlarge the interface limit
# - send me a picture of such a box :-).
# If a value for IFNAME[n] is not set, we assume it is an eth'n' interface.
# This way, the new script is compatible with older rc.inet1.conf files.
# The IFNAME array will be used to determine which interfaces to bring up/down.
MAXNICS=6
i=0
while [ $i -lt $MAXNICS ];
do
  IFNAME[$i]=${IFNAME[$i]:=eth${i}}
  i=$(($i+1))
done
if [ "$DEBUG_ETH_UP" = "yes" ]; then
  echo "/etc/rc.d/rc.inet1:  List of interfaces: '${IFNAME[@]}'" | $LOGGER
fi

######################
# LOOPBACK FUNCTIONS #
######################

# Function to bring up the loopback interface.  If loopback is
# already up, do nothing.
lo_up() {
  if grep lo: /proc/net/dev 1> /dev/null ; then
    if ! /sbin/ifconfig | grep "^lo" 1> /dev/null ; then
      echo "/etc/rc.d/rc.inet1:  /sbin/ifconfig lo 127.0.0.1" | $LOGGER
      /sbin/ifconfig lo 127.0.0.1
      echo "/etc/rc.d/rc.inet1:  /sbin/route add -net 127.0.0.0 netmask 255.0.0.0 lo" | $LOGGER
      /sbin/route add -net 127.0.0.0 netmask 255.0.0.0 lo
    fi
  fi
}

# Function to take down the loopback interface:
lo_down() {
  if grep lo: /proc/net/dev 1> /dev/null ; then
    echo "/etc/rc.d/rc.inet1:  /sbin/ifconfig lo down" | $LOGGER
    /sbin/ifconfig lo down
  fi
}

#######################
# INTERFACE FUNCTIONS #
#######################

# Function to bring up a network interface.  If the interface is
# already up or does not yet exist (perhaps because the kernel driver
# is not loaded yet), do nothing.
if_up() {
  # Determine position 'i' of this interface in the IFNAME array:
  i=0
  while [ $i -lt $MAXNICS ]; do
    [ "${IFNAME[$i]}" = "${1}" ] && break
    i=$(($i+1))
  done
  # If the interface isn't in the kernel yet (but there's an alias for it in
  # modules.conf), then it should be loaded first:
  if ! grep `echo ${1}: | cut -f 1 -d :`: /proc/net/dev 1> /dev/null ; then # no interface yet
    if /sbin/modprobe -c | grep -w "alias ${1}" | grep -vw "alias ${1} off" > /dev/null ; then
      echo "/etc/rc.d/rc.inet1:  /sbin/modprobe ${1}" | $LOGGER
      /sbin/modprobe ${1}
    fi
  fi
  if grep `echo ${1}: | cut -f 1 -d :`: /proc/net/dev 1> /dev/null ; then # interface exists
    if ! /sbin/ifconfig | grep -w "${1}" 1>/dev/null ||       ! /sbin/ifconfig ${1} | grep "inet addr" 1> /dev/null ; then # interface not up or not configured
      if [ ! "${HWADDR[$i]}" = "" ]; then # Set hardware address _before_ the interface goes up:
        echo "/etc/rc.d/rc.inet1:  /sbin/ifconfig ${1} hw ether ${HWADDR[$i]}" | $LOGGER
        /sbin/ifconfig ${1} hw ether ${HWADDR[$i]}
      fi
      if [ ! "${MTU[$i]}" = "" ]; then # Set MTU to something else than 1500
        echo "/etc/rc.d/rc.inet1:  /sbin/ifconfig ${1} mtu ${MTU[$i]}" | $LOGGER
        /sbin/ifconfig ${1} mtu ${MTU[$i]}
      fi
      if [ -x /etc/rc.d/rc.wireless ]; then
        . /etc/rc.d/rc.wireless ${1} start # Initialize any wireless parameters
      fi
      if [ "${USE_DHCP[$i]}" = "yes" ]; then # use DHCP to bring interface up
        [ ${DHCP_HOSTNAME[$i]} ] && DHCP_OPTIONS="-h ${DHCP_HOSTNAME[$i]}"
        [ "${DHCP_KEEPRESOLV[$i]}" = "yes" ] && DHCP_OPTIONS="$DHCP_OPTIONS -R"
        [ "${DHCP_KEEPNTP[$i]}" = "yes" ] && DHCP_OPTIONS="$DHCP_OPTIONS -N"
        [ "${DHCP_KEEPGW[$i]}" = "yes" ] && DHCP_OPTIONS="$DHCP_OPTIONS -G"
        [ ${DHCP_IPADDR[$i]} ] && DHCP_OPTIONS="$DHCP_OPTIONS -s ${DHCP_IPADDR[$i]}"
        echo "/etc/rc.d/rc.inet1:  /sbin/dhcpcd -d -t ${DHCP_TIMEOUT[$i]:-60} ${DHCP_OPTIONS} ${1}" | $LOGGER
        /sbin/dhcpcd -d -t ${DHCP_TIMEOUT[$i]:-60} ${DHCP_OPTIONS} ${1}
      else # bring up interface using a static IP address
        if [ ! "${IPADDR[$i]}" = "" ]; then # skip unconfigured interfaces
          # Determine broadcast address from the IP address and netmask:
          BROADCAST[$i]=`/bin/ipmask ${NETMASK[$i]} ${IPADDR[$i]}|cut -f1 -d' '`
          # Set up the network card:
          echo "/etc/rc.d/rc.inet1:  /sbin/ifconfig ${1} ${IPADDR[$i]} broadcast ${BROADCAST[$i]} netmask ${NETMASK[$i]}" | $LOGGER
          /sbin/ifconfig ${1} ${IPADDR[$i]} broadcast ${BROADCAST[$i]} netmask ${NETMASK[$i]}
        else
          if [ "$DEBUG_ETH_UP" = "yes" ]; then
            echo "/etc/rc.d/rc.inet1:  ${1} interface is not configured in /etc/rc.d/rc.inet1.conf" | $LOGGER
          fi
        fi
      fi
    else
      if [ "$DEBUG_ETH_UP" = "yes" ]; then
        echo "/etc/rc.d/rc.inet1:  ${1} is already up, skipping" | $LOGGER
      fi
    fi 
  else
    if [ "$DEBUG_ETH_UP" = "yes" ]; then
      echo "/etc/rc.d/rc.inet1:  ${1} interface does not exist (yet)" | $LOGGER
    fi
  fi
}

# Function to take down a network interface:
if_down() {
  # Determine position 'i' of this interface in the IFNAME array:
  i=0
  while [ $i -lt $MAXNICS ]; do
    [ "${IFNAME[$i]}" = "${1}" ] && break
    i=$(($i+1))
  done
  if grep `echo ${1}: | cut -f 1 -d :`: /proc/net/dev 1> /dev/null ; then
    if [ "${USE_DHCP[$i]}" = "yes" ]; then
      echo "/etc/rc.d/rc.inet1:  /sbin/dhcpcd -k -d ${1}" | $LOGGER
      /sbin/dhcpcd -k -d ${1} 2> /dev/null || /sbin/ifconfig ${1} down
      sleep 1
    else
      echo "/etc/rc.d/rc.inet1:  /sbin/ifconfig ${1} down" | $LOGGER
      /sbin/ifconfig ${1} down
    fi
    if [ -x /etc/rc.d/rc.wireless ]; then
      . /etc/rc.d/rc.wireless ${1} stop # Kill wireless daemons if any.
    fi
  fi
}

#####################
# GATEWAY FUNCTIONS #
#####################

# Function to bring up the gateway if there is not yet a default route:
gateway_up() {
  if ! /sbin/route -n | grep "^0.0.0.0" 1> /dev/null ; then
    if [ ! "$GATEWAY" = "" ]; then
      echo "/etc/rc.d/rc.inet1:  /sbin/route add default gw ${GATEWAY} metric 1" | $LOGGER
      /sbin/route add default gw ${GATEWAY} metric 1 2>&1 | $LOGGER
    fi
  fi
}

# Function to take down an existing default gateway:
gateway_down() {
  if /sbin/route -n | grep "^0.0.0.0" 1> /dev/null ; then
    echo "/etc/rc.d/rc.inet1:  /sbin/route del default" | $LOGGER
    /sbin/route del default
  fi
}

# Function to start the network:
start() {
  lo_up
  for i in ${IFNAME[@]} ; do
    if_up $i
  done
  gateway_up
}

# Function to stop the network:
stop() {
  gateway_down
  for i in ${IFNAME[@]} ; do
    if_down $i
  done
  lo_down
}


############
### MAIN ###
############

case "$1" in
'start') # "start" brings up all configured interfaces:
  start
  ;;
'stop') # "stop" takes down all configured interfaces:
  stop
  ;;
'restart') # "restart" restarts the network:
  stop
  start
  ;;
*_start) # Example: "eth1_start" will start the specified interface 'eth1'
  INTERFACE=`echo $1 | /bin/cut -d '_' -f 1`
  if_up $INTERFACE
  gateway_up
  ;;
*_stop) # Example: "eth0_stop" will stop the specified interface 'eth0'
  INTERFACE=`echo $1 | /bin/cut -d '_' -f 1`
  if_down $INTERFACE
  ;;
*_restart) # Example: "wlan0_restart" will take 'wlan0' down and up again
  INTERFACE=`echo $1 | /bin/cut -d '_' -f 1`
  if_down $INTERFACE
  sleep 1
  if_up $INTERFACE
  gateway_up
  ;;
'up') # "up" does the same thing as "start"
  start
  ;;
'down') # "down" does the same thing as "stop"
  stop
  ;;
*_up) # "*_up" does the same thing as "*_start"
  INTERFACE=`echo $1 | /bin/cut -d '_' -f 1`
  if_up $INTERFACE
  gateway_up
  ;;
*_down) # "*_down" does the same thing as "*_stop"
  INTERFACE=`echo $1 | /bin/cut -d '_' -f 1`
  if_down $INTERFACE
  ;;
*) # The default is to bring up all configured interfaces:
  lo_up
  for i in ${IFNAME[@]} ; do
    if_up $i
  done
#	eth_up 0
  gateway_up
esac

# End of /etc/rc.d/rc.inet1

#!/bin/sh
#
# rc.inet2	This shell script boots up the entire network system.
#		Note, that when this script is used to also fire
#		up any important remote NFS disks (like the /usr
#		directory), care must be taken to actually
#		have all the needed binaries online _now_ ...
#
#               Uncomment or comment out sections depending on which
#               services your site requires.
#
# Author:	Fred N. van Kempen, <waltje@uwalt.nl.mugnet.org>
# Modified for Slackware by Patrick Volkerding <volkerdi@slackware.com>


# At this point, we are ready to talk to The World...


# Mount remote (NFS) filesystems:
if cat /etc/fstab | grep -v '^#' | grep -w nfs 1> /dev/null 2> /dev/null ; then
  # Start rpc.portmap, /sbin/rpc.lockd, and /sbin/rpc.statd if we find NFS
  # volumes defined in /etc/fstab since these will need to be running in order
  # to mount them.  If they are not running, attempting to mount an NFS
  # partition will cause mount to hang, or at least result in unreliable
  # operation.  Keep this in mind if you plan to mount unlisted NFS
  # partitions... 
  # If you have uncommented NFS partitions in your /etc/fstab, rc.rpc is run
  # whether it is set as executable or not.  If you don't want to run it,
  # comment the NFS partitions out in /etc/fstab or erase/rename rc.rpc.
  if [ -r /etc/rc.d/rc.rpc ]; then
    sh /etc/rc.d/rc.rpc start
  fi
  echo "Mounting remote (NFS) file systems:  /sbin/mount -a -t nfs"
  /sbin/mount -a -t nfs          # This may be our /usr runtime!
  # Show the mounted volumes:
  /sbin/mount -v -t nfs
fi

# If /etc/rc.d/rc.rpc is executable, run it to load rpc.portmap, rpc.lockd,
# and rpc.statd.  This might be needed to mount NFS partitions that are not
# listed in /etc/fstab.  Starting this twice won't hurt as the script will
# check if things are already running before trying to start them.
if [ -x /etc/rc.d/rc.rpc ]; then
  sh /etc/rc.d/rc.rpc start
fi

# Mount remote (SMB) filesystems:
if cat /etc/fstab | grep -v '^#' | grep -w smbfs 1> /dev/null 2> /dev/null ; then
  echo "Mounting remote (SMB) file systems:  /sbin/mount -a -t smbfs"
  /sbin/mount -a -t smbfs
  # Show the mounted volumes:
  /sbin/mount -v -t smbfs
fi

# Start the system logger if it is not already running (maybe because /usr
# is on a network partition).
if [ -x /etc/rc.d/rc.syslog -a -d /var/log -a ! -r /var/run/syslogd.pid ]; then
  . /etc/rc.d/rc.syslog start
fi

# If there is a firewall script, run it before enabling packet forwarding.
# See the HOWTOs on http://www.netfilter.org/ for documentation on
# setting up a firewall or NAT on Linux.  In some cases this might need to
# be moved past the section below dealing with IP packet forwarding.
if [ -x /etc/rc.d/rc.firewall ]; then
  /etc/rc.d/rc.firewall start
fi

# Turn on IPv4 packet forwarding support.
if [ -x /etc/rc.d/rc.ip_forward ]; then
  . /etc/rc.d/rc.ip_forward start
fi

# Start the inetd server:
if [ -x /etc/rc.d/rc.inetd ]; then
  /etc/rc.d/rc.inetd start
fi

# Start the OpenSSH SSH daemon:
if [ -x /etc/rc.d/rc.sshd ]; then
  echo "Starting OpenSSH SSH daemon:  /usr/sbin/sshd"
  /etc/rc.d/rc.sshd start
fi

# Start the BIND name server daemon:
if [ -x /etc/rc.d/rc.bind ]; then
  /etc/rc.d/rc.bind start
fi

# Start NIS (the Network Information Service):
if [ -x /etc/rc.d/rc.yp ]; then
  . /etc/rc.d/rc.yp start
fi

# Start the NFS server.  Note that for this to work correctly, you'll
# need nfsd support in the kernel (the startup script will try to load
# the module for you).
# You'll also need to set up some shares in /etc/exports.
# Starting the NFS server:
if [ -x /etc/rc.d/rc.nfsd ]; then
  /etc/rc.d/rc.nfsd start
fi

# Stuff you won't need follows.  ;-)

# # Start the network routing daemon:
# if [ -x /usr/sbin/routed ]; then
#   echo "Starting network routing daemon:  /usr/sbin/routed"
#   /usr/sbin/routed -g -s
# fi

# # Start the system status server:
# if [ -x /usr/sbin/rwhod ]; then
#   echo "Starting system status server:  /usr/sbin/rwhod"
#   /usr/sbin/rwhod
# fi

#  # Fire up the PC-NFS daemon(s).  This is a primarily obsolete system, and may
#  # not be very secure.  It's not at all needed for normal NFS server support.
#  # You probably should not run this.
#  if [ -x /usr/sbin/rpc.pcnfsd ]; then
#    echo "Starting PC-NFS daemons:  /usr/sbin/rpc.pcnfsd /usr/sbin/rpc.bwnfsd"
#    /usr/sbin/rpc.pcnfsd /var/spool/lpd
#  fi
#  if [ -x /usr/sbin/rpc.bwnfsd ]; then
#    /usr/sbin/rpc.bwnfsd /var/spool/lpd
#  fi

#!/bin/sh
# /etc/rc.d/rc.ip_forward:  start/stop IP packet forwarding
#
# If you intend to run your Linux box as a router, i.e. as a
# computer that forwards and redistributes network packets, you
# will need to enable IP packet forwarding in your kernel.
#
# To activate IP packet forwarding at boot time, make this
# script executable:  chmod 755 /etc/rc.d/rc.ip_forward
#
# To disable IP packet forwarding at boot time, make this
# script non-executable:  chmod 644 /etc/rc.d/rc.ip_forward

# Start IP packet forwarding:
ip_forward_start() {
  if [ -f /proc/sys/net/ipv4/ip_forward ]; then
    echo "Activating IPv4 packet forwarding."
    echo 1 > /proc/sys/net/ipv4/ip_forward
  fi
  # When using IPv4 packet forwarding, you will also get the
  # rp_filter, which automatically rejects incoming packets if the
  # routing table entry for their source address doesn't match the
  # network interface they're arriving on.  This has security
  # advantages because it prevents the so-called IP spoofing,
  # however it can pose problems if you use asymmetric routing
  # (packets from you to a host take a different path than packets
  # from that host to you) or if you operate a non-routing host
  # which has several IP addresses on different interfaces.  To
  # turn rp_filter off, uncomment the lines below:
  #if [ -r /proc/sys/net/ipv4/conf/all/rp_filter ]; then
  #  echo "Disabling rp_filter."
  #  echo 0 > /proc/sys/net/ipv4/conf/all/rp_filter
  #fi
}

# Stop IP packet forwarding:
ip_forward_stop() {
  if [ -f /proc/sys/net/ipv4/ip_forward ]; then
    echo "Disabling IPv4 packet forwarding."
    echo 0 > /proc/sys/net/ipv4/ip_forward
  fi
}

# Restart IP packet forwarding:
ip_forward_restart() {
  ip_forward_stop
  sleep 1
  ip_forward_start
}

case "$1" in
'start')
  ip_forward_start
  ;;
'stop')
  ip_forward_stop
  ;;
'restart')
  ip_forward_restart
  ;;
*)
  echo "usage $0 start|stop|restart"
esac

#!/bin/sh
# /etc/rc.d/rc.wireless
# $Id: rc.wireless,v 1.4 2006/08/15 13:09:01 eha Exp eha $
#
# Wireless network card setup.
#
# This script sets up PCI, USB, and 32-bit Cardbus wireless devices
# NOT 16-bit PCMCIA cards!  Those are configured in /etc/pcmcia/.
# Single parameter to this script is the name of a network interface.
# Normally this script is called from rc.inet1 rather than run
# directly.
#
# This script is a modified '/etc/pcmcia/wireless' script
# 09/apr/2004 by Eric Hameleers
# 16/sep/2004 * Eric Hameleers * Fixed iwspy and iwpriv commands
# 08/apr/2005 * Eric Hameleers * Allow per-interface overrides of the wireless
#                                parameters (see /etc/rc.d/rc.inet1.conf)
# 11/apr/2005 * Eric Hameleers * Tune wpa_supplicant interactions.
# 23/apr/2005 * Eric Hameleers * First configure card with iwconfig,
#                                before starting wpa_supplicant
# 27/apr/2005 * Eric Hameleers * Multiple 'iwpriv $INTERFACE set' commands.
# 14/feb/2006 * Eric Hameleers * Better error messages; alternative way of
#                                getting HWADDR; parametrized WPA_WAIT value.
#                                Don't kill an already running wpa_supplicant.
# 29/apr/2006 * Pat Volkerding * Reverted HWADDR change, since it relies on
#                                a binary (macaddr) that is not built or
#                                installed by default since it is not
#                                compatible with all interfaces.
# 15/aug/2006 * Eric Hameleers * Added missing "" around $ESSID, which broke
#                                ESSIDs that contain a space character.
#

LOGGER=${LOGGER:-cat}

if [ -z $IFNAME ] ; then
  echo "WARNING: The script 'rc.wireless' must be executed by 'rc.inet1'!"  | $LOGGER
  echo "         You should run the command \"/etc/rc.d/rc.inet1 <your_interface>_start\" yourself." | $LOGGER
  return 1 2> /dev/null || exit 1
fi

INTERFACE=$1

# Find the path where wireless tools are installed
for IWPATH in /usr/{bin,sbin} /usr/local/{bin,sbin} /sbin /bin ; do
    if [ -x $IWPATH/iwconfig ] ; then break ; fi
done

# The same for wpa_supplicant (needed for WPA support)
for SUPPATH in /usr/{bin,sbin} /usr/local/{bin,sbin} /sbin /bin ; do
    if [ -x $SUPPATH/wpa_supplicant ] ; then break ; fi
done

# Set all desired settings through the wireless tools
IWCOMMAND="$IWPATH/iwconfig ${INTERFACE}"
IWPRIVCMD="$IWPATH/iwpriv ${INTERFACE}"
IWSPYCMD="$IWPATH/iwspy ${INTERFACE}"
IFCOMMAND="/sbin/ifconfig ${INTERFACE}"

is_wireless_device ()
{
    [ -x $IWPATH/iwconfig ] || return 1
    LC_ALL=C $IWPATH/iwconfig $1 2>&1 | \
        grep -Eiq "no wireless extensions|no such device" || return 0
    return 1
}

###############
# EXIT POINTS #
###############

# Is the device wireless?  If not, exit this script.
is_wireless_device ${INTERFACE} || return 0 2> /dev/null || exit 0

# If we stop a wireless interface using wpa_supplicant,
# we'll kill its wpa_supplicant daemon too and exit this script:
if [ "$2" = "stop" ]; then
	WPAPID=`echo \`ps axww|grep wpa_supplicant |grep i${INTERFACE}\` |cut -f1 -d' '`
	[ ${WPAPID} ] &&  kill ${WPAPID}
	return 0
fi

# -----------------------------------------------------
# Continue with the script - bringing the interface UP.
# -----------------------------------------------------

# Bring interface up - for determining the HWADDR
$IFCOMMAND up
sleep 2

# Get the MAC address for the interface
HWADDR=`/sbin/ifconfig ${INTERFACE} | sed -ne 's/.*\(..:..:..:..:..:..\).*/\1/p'`
# Read the configuration information for the card with address $HWADDR
# from /etc/rc.d/rc.wireless.conf:
. /etc/rc.d/rc.wireless.conf

# Let any per-interface overrides (the WLAN_xxxx parameters) that are set
# in /etc/rc.d/rc.inet1.conf have precedence.
# The reason: you might have multiple wireless cards of the same brand, or
# connecting to multiple networks.
# Position 'i' of this interface in the IFNAME array was determined in rc.inet1
CHANNEL=${WLAN_CHANNEL[$i]:-${CHANNEL}}
ESSID=${WLAN_ESSID[$i]:-${ESSID}}
FREQ=${WLAN_FREQ[$i]:-${FREQ}}
FRAG=${WLAN_FRAG[$i]:-${FRAG}}
IWCONFIG=${WLAN_IWCONFIG[$i]:-${IWCONFIG}}
IWPRIV=${WLAN_IWPRIV[$i]:-${IWPRIV}}
IWSPY=${WLAN_IWSPY[$i]:-${IWSPY}}
KEY=${WLAN_KEY[$i]:-${KEY}}
MODE=${WLAN_MODE[$i]:-${MODE}}
NICKNAME=${WLAN_NICKNAME[$i]:-${NICKNAME}}
NWID=${WLAN_NWID[$i]:-${NWID}}
RATE=${WLAN_RATE[$i]:-${RATE}}
RTS=${WLAN_RTS[$i]:-${RTS}}
SENS=${WLAN_SENS[$i]:-${SENS}}
WPA=${WLAN_WPA[$i]:-${WPA}}
WPADRIVER=${WLAN_WPADRIVER[$i]:-${WPADRIVER}}
WPACONF=${WLAN_WPACONF[$i]:-${WPACONF}}
WPAWAIT=${WLAN_WPAWAIT[$i]:-${WPAWAIT}}

[ -n "$VERBOSE" -a -n "$INFO" ] && echo "$0:  $1 is '$INFO'"

###################
# WIRELESS CONFIG #
###################

# Mode needs to be first : some settings apply only in a specific mode!
if [ -n "$MODE" ] ; then
	echo "$0:  $IWCOMMAND mode $MODE" | $LOGGER
	$IWCOMMAND mode $MODE
fi
# This is a bit hackish, but should do the job right...
if [ ! -n "$NICKNAME" ] ; then
    NICKNAME=`/bin/hostname`
fi
if [ -n "$ESSID" -o -n "$MODE" ] ; then
	echo "$0:  $IWCOMMAND nick $NICKNAME" | $LOGGER
	$IWCOMMAND nick $NICKNAME
fi
# Regular stuff...
if [ -n "$NWID" ] ; then
	echo "$0:  $IWCOMMAND nwid $NWID" | $LOGGER
	$IWCOMMAND nwid $NWID
fi
if [ -n "$FREQ" ] ; then
	echo "$0:  $IWCOMMAND freq $FREQ" | $LOGGER
	$IWCOMMAND freq $FREQ
elif [ -n "$CHANNEL" ] ; then
	echo "$0:  $IWCOMMAND channel $CHANNEL" | $LOGGER
	$IWCOMMAND channel $CHANNEL
fi

# WEP keys (non-WPA) 
if [ -n "$KEY" -a ! -n "$WPA" ] ; then
	if [ "$KEY" = "off" ]; then
	  echo "$0:  $IWCOMMAND key open" | $LOGGER
	  $IWCOMMAND key open
	  echo "$0:  $IWCOMMAND key off" | $LOGGER
	  $IWCOMMAND key off
	else 
	  echo "$0:  $IWCOMMAND key restricted" | $LOGGER
	  $IWCOMMAND key restricted
	  echo "$0:  $IWCOMMAND key ************" | $LOGGER
	  $IWCOMMAND key $KEY
	fi
fi
if [ -n "$SENS" ] ; then
	echo "$0:  $IWCOMMAND sens $SENS" | $LOGGER
	$IWCOMMAND sens $SENS
fi
if [ -n "$RATE" ] ; then
	echo "$0:  $IWCOMMAND rate $RATE" | $LOGGER
	$IWCOMMAND rate $RATE
fi
if [ -n "$RTS" ] ; then
	echo "$0:  $IWCOMMAND rts $RTS" | $LOGGER
	$IWCOMMAND rts $RTS
fi
if [ -n "$FRAG" ] ; then
	echo "$0:  $IWCOMMAND frag $FRAG" | $LOGGER
	$IWCOMMAND frag $FRAG
fi
# More specific parameters
if [ -n "$IWCONFIG" ] ; then
	echo "$0:  $IWCOMMAND $IWCONFIG" | $LOGGER
	$IWCOMMAND $IWCONFIG
fi
if [ -n "$IWSPY" ] ; then
	echo "$0:  $IWSPYCMD $IWSPY" | $LOGGER
	$IWSPYCMD $IWSPY
fi
# The iwpriv can set one private IOCTL at the time, so if the $IWPRIV
# variable contqins multiple space separated settings, we split them here:
# WARNING: if your iwpriv commands contain a WEP/WPA key, these can be logged
# in /var/log/messages!
if [ -n "$IWPRIV" ] ; then
	for iwi in $IWPRIV; do
	  echo "$0:  $IWPRIVCMD set $iwi" | $LOGGER
	  $IWPRIVCMD set $iwi
	done
fi

##################
# WPA_SUPPLICANT #
##################

# Support for WPA (wireless protected access) is provided by wpa_supplicant
# for those drivers that support it (and it looks like wpa_supplicant is
# the future for WPA support in Linux anyway)
if [ "$WPA" = "wpa_supplicant" ] || [ "$WPA" = "wpaxsupplicant" ] && [ -x ${SUPPATH}/wpa_supplicant ]; then
	# Interface down, so wpa_supplicant can associate with the AP
	$IFCOMMAND down
	WPACONF=${WPACONF:-/etc/wpa_supplicant.conf}
	WPA_OPTIONS=""
	[ ${WPADRIVER} ] && WPA_OPTIONS="-D${WPADRIVER}" # specify the driver
	[ ${WPA} = "wpaxsupplicant" ] && WPA_OPTIONS="${WPA_OPTIONS} -e" # Use external xsupplicant (disables the internal supplicant)

	# We leave a running wpa_supplicant process in peace:
	WPAPID=`echo \`ps axww|grep wpa_supplicant |grep i${INTERFACE}\` |cut -f1 -d' '`
	if [ ${WPAPID} ]; then
	  echo "$0:  wpa_supplicant found running already" | $LOGGER
	else
	  echo "$0:  wpa_supplicant -Bw -c${WPACONF} ${WPA_OPTIONS} -i$INTERFACE" | $LOGGER
	  ${SUPPATH}/wpa_supplicant -Bw -c${WPACONF} ${WPA_OPTIONS} -i$INTERFACE
	fi

	# Buy wpa_supplicant some time to authenticate before bringing the
	# interface back up... but we don't wait forever:
	# You can increase this value in rc.inet1.conf (WLAN_WPAWAIT) or rc.wireless.conf (WPAWAIT)
        # if your card takes longer to associate:
	WPAWAIT=${WPAWAIT:-10}
	wi=0
	while [ $wi -lt $WPAWAIT ]; do
	  wi=$(($wi+1)); sleep 1
	  if (grep -q "^ctrl_interface=" ${WPACONF}); then
	    if (LC_ALL=C ${SUPPATH}/wpa_cli -i$INTERFACE status|grep -q "^wpa_state=COMPLETED"); then break; fi
	  else
	    if (LC_ALL=C ${IWCOMMAND}|grep -Eq "Encryption key:....-"); then break; fi
	  fi
	done
	if [ $wi -eq $WPAWAIT ]; then
	  echo "WPA authentication did not complete, try running '/etc/rc.d/rc.inet1 ${INTERFACE}_start' in a few seconds." | $LOGGER
	fi
	# Bring interface up to avoid 'not ready' errors when calling iwconfig
	$IFCOMMAND up
	sleep 1

else

	# ESSID need to be last: most devices re-perform the scanning/discovery
	# when this is set, and things like encryption keys had better be
	# defined if we want to discover the right set of APs/nodes.
	# NOTE: when automatic association does not work, but you manage to get
	# an IP address by manually setting the ESSID and then calling dhcpcd,
	# then the cause might be the incorrect definition of your ESSID="bla"
	# parameter in rc.wireless.conf.
	# Debug your wireless problems by running 'iwevent' while the card
	# is being configured.
	if [ -n "$ESSID" ] ; then
	  echo "$0:  $IWCOMMAND essid \"$ESSID\"" | $LOGGER
	  $IWCOMMAND essid "$ESSID"
	fi

fi

# Wireless LAN adapter configuration
#
# Theory of operation : 
#
# The script attempts to match a block of settings to the specific wireless
# card inserted, the *first* block matching the card is used.
# The address format is "hwaddr", with * as a wildcard.
# 'hwaddr' is the unique MAC address identifier of the wireless card.
# The MAC address is usually printed on the card, or can be found via ifconfig.
# Some examples here use only half of the MAC address with a wildcard to
# match a whole family of cards...
#
# All the Wireless specific configuration is done through the Wireless
# Extensions, so we will just call 'iwconfig' with the right parameters
# defined below.
# Of course, you need to have iwconfig installled on your system.
# To download iwconfig, or for more info on Wireless Extensions :
#	http://www.hpl.hp.com/personal/Jean_Tourrilhes/Linux/Tools.html
#
# Note : you don't need to fill all parameters, leave them blank, in most
# cases the driver will initialise itself with sane defaults values or
# automatically figure out the value... And no drivers do support all
# possible settings...
#
# -- This is a modified '/etc/pcmcia/wireless.opts' script --
# -- I added sections for Prism/GT and Atheros based cards --
# --    (supported by the prism54 and madwifi drivers)     --
# --              16/sep/2004 * Eric Hameleers             --
#

VERBOSE=1

case "$HWADDR" in

## NOTE : Comment out the following five lines to activate the samples below ...
## --------- START SECTION TO REMOVE -----------
## Pick up any Access Point, should work on most 802.11 cards
*)
    INFO="Any ESSID"
    ESSID="any"
    ;;
## ---------- END SECTION TO REMOVE ------------


# Here are a few examples with a few Wireless LANs supported...
# The matching is done on the first 3 bytes of the MAC address

# SMC2835W EZ Connect g 2.4GHz 54 Mbps Wireless Cardbus Adapter 
00:04:E2:*)
    INFO="SMC2835W EZ Connect g 2.4GHz 54 Mbps Wireless Cardbus Adapter"
    # ESSID (extended network name) : My Network, any
    ESSID="any"
    # NWID/Domain (cell identifier) : 89AB, 100, off
    NWID=""
    # Operation mode : Ad-Hoc, Managed, Master, Repeater, Secondary, auto
    MODE="Managed"
    # Frequency or channel : 1, 2, 3 (channel) ; 2.422G, 2.46G (frequency)
    FREQ=""
    CHANNEL="7"
    # Sensitivity (cell size + roaming speed) : 1, 2, 3 ; -70 (dBm)
    SENS=""
    # Bit rate : auto, 1M, 11M,54M
    RATE="auto"
    # Encryption key : 4567-89AB-CD, s:password
    # Example for 40-bit encryption:
    #KEY="883e-aa67-21 [1] key 5501-d0da-87 [2] key 91f5-3368-6b [3] key 2d73-31b7-96 [4]"
    # Example for 104-bit encryption (aka 128-bit WEP):
    #KEY="d5ad2f05abd048ecf10b1c80c7"
    KEY=""
    # RTS threshold : off, 500
    RTS=""
    # Fragmentation threshold : off, 1000
    FRAG=""
    # Other iwconfig parameters : power off, ap 01:23:45:67:89:AB
    IWCONFIG=""
    # iwspy parameters : + 01:23:45:67:89:AB
    IWSPY=""
    # iwpriv parameters : set_port 2, set_histo 50 60
    IWPRIV=""
;;

# Multiband Atheros based 802.11a/b/g universal NIC cards
00:05:4E:*)
    INFO="Multiband Atheros based 802.11a/b/g universal NIC"
    # ESSID (extended network name) : My Network, any
    ESSID=""
    # Operation mode : Ad-Hoc, Managed, Master, Repeater, Secondary, auto
    MODE="Managed"
    # Frequency or channel : 1, 2, 3 (channel) ; 2.422G, 2.46G (frequency)
    FREQ=""
    CHANNEL="7"
    # Bit rate : auto, 1M, 11M,54M
    RATE="auto"
    # Encryption key : 4567-89AB-CD, s:password
    # Example for 40-bit encryption:
    #KEY="883e-aa67-21 [1] key 5501-d0da-87 [2] key 91f5-3368-6b [3] key 2d73-31b7-96 [4]"
    # Example for 104-bit encryption (aka 128-bit WEP):
    #KEY="d5ad2f05abd048ecf10b1c80c7"
    KEY=""
    # Other iwconfig parameters : power off, ap 01:23:45:67:89:AB
    IWCONFIG=""
    # iwspy parameters : + 01:23:45:67:89:AB
    IWSPY=""
    # iwpriv parameters : set_port 2, set_histo 50 60
    IWPRIV=""
    ;;

# Lucent Wavelan IEEE (+ Orinoco, RoamAbout and ELSA)
# Note : wvlan_cs driver only, and version 1.0.4+ for encryption support
00:60:1D:*|00:02:2D:*)
    INFO="Wavelan IEEE example (Lucent default settings)"
    ESSID="Wavelan Network"
    MODE="Managed"
    #RATE="auto"
    KEY="s:secu1"
    # To set all four keys, use :
    #KEY="s:secu1 [1] key s:secu2 [2] key s:secu3 [3] key s:secu4 [4] key [1]"
    # For the RG 1000 Residential Gateway: The ESSID is the identifier on
    # the unit, and the default key is the last 5 digits of the same.
    #ESSID="084d70"
    #KEY="s:84d70"
    ;;

# Cisco/Aironet 4800/3x0
# Note : MPL driver only (airo/airo_cs), version 1.3 or later
00:40:96:*|00:02:8A:*)
    INFO="Cisco/Aironet example (Cisco default settings)"
    ESSID="any"
    # To set all four ESSID, use iwconfig v21 and the same trick as above
    MODE="Managed"
    #RATE="11M auto"
    #KEY="d5ad2f05abd048ecf10b1c80c7"
    KEY="off"
    ;;

# Samsung MagicLan (+ some other PrismII cards)
# Note : Samsung binary library driver, version 1.20 or later
00:00:F0:*|00:02:78:*)
    INFO="Samsung MagicLan example (Samsung default settings)"
    ESSID="any"
    MODE="Managed"
    CHANNEL="4"
    RATE="auto"
    #KEY="883e-aa67-21 [1] key 5501-d0da-87 [2] key 91f5-3368-6b [3] key 2d73-31b7-96 [4]"
    #IWCONFIG="power on"
    ;;

# Raytheon Raylink/WebGear Aviator2.4
# Note : doesn't work yet, please use for debugging only :-(
00:00:8F:*|00:00:F1:*)
    INFO="Raylink/Aviator2.4 example (Aviator default ad-hoc setting)"
    ESSID="ADHOC_ESSID"
    MODE="Ad-Hoc"
    RATE="auto"
    IWPRIV="set_framing 1"
    ;;

# Old Lucent Wavelan
08:00:0E:*)
    INFO="Wavelan example (Lucent default settings)"
    NWID="0100"
    MODE="Ad-Hoc"
    FREQ="2.425G"
    KEY="off"
    ;;

# Netwave (Xircom Netwave/Netwave Airsurfer)
00:80:C7:*)
    INFO="Netwave example (Netwave default settings)"
    NWID="100"
    KEY="00"
    ;;

# Proxim RangeLan2/Symphony (what is the MAC address ???)
XX:XX:XX:*)
    INFO="Proxim RangeLan2/Symphony example"
    NWID="0"
    MODE="Master"
    CHANNEL="15"
    IWPRIV="setsubchan 1"
    ;;

# No Wires Needed Swallow 550 and 1100 setting (what is the MAC address ???)
XX:XX:XX:*)
    INFO="NWN Swallow example"
    ESSID="session"
    KEY="0000-0000-00 open"
    ;;

# Symbol Spectrum24 setting (what is the MAC address ???)
XX:XX:XX:*)
    INFO="Symbol Spectrum24 example"
    ESSID="Essid string"
    ;;

# Generic example (decribe all possible settings)
*)
    INFO="Fill with your own settings..."
    # ESSID (extended network name) : My Network, any
    ESSID=""
    # NWID/Domain (cell identifier) : 89AB, 100, off
    NWID=""
    # Operation mode : Ad-Hoc, Managed, Master, Repeater, Secondary, auto
    MODE=""
    # Frequency or channel : 1, 2, 3 (channel) ; 2.422G, 2.46G (frequency)
    FREQ=""
    CHANNEL=""
    # Sensitivity (cell size + roaming speed) : 1, 2, 3 ; -70 (dBm)
    SENS=""
    # Bit rate : auto, 1M, 11M
    RATE=""
    # Encryption key : 4567-89AB-CD, s:password
    KEY=""
    # RTS threshold : off, 500
    RTS=""
    # Fragmentation threshold : off, 1000
    FRAG=""
    # Other iwconfig parameters : power off, ap 01:23:45:67:89:AB
    IWCONFIG=""
    # iwspy parameters : + 01:23:45:67:89:AB
    IWSPY=""
    # iwpriv parameters : set_port 2, set_histo 50 60
    IWPRIV=""
    ;;
esac

#
# hosts		This file describes a number of hostname-to-address
#		mappings for the TCP/IP subsystem.  It is mostly
#		used at boot time, when no name servers are running.
#		On small systems, this file can be used instead of a
#		"named" name server.  Just add the names, addresses
#		and any aliases to this file...
#
# By the way, Arnt Gulbrandsen <agulbra@nvg.unit.no> says that 127.0.0.1
# should NEVER be named with the name of the machine.  It causes problems
# for some (stupid) programs, irc and reputedly talk. :^)
#

# For loopbacking.
127.0.0.1		localhost
192.168.0.120		Aniki.Malditos Aniki
192.168.0.121           Aniki.Malditos Aniki

# End of hosts.

#
# hosts.allow	This file describes the names of the hosts which are
#		allowed to use the local INET services, as decided by
#		the '/usr/sbin/tcpd' server.
#
# Version:	@(#)/etc/hosts.allow	1.00	05/28/93
#
# Author:	Fred N. van Kempen, <waltje@uwalt.nl.mugnet.org
#
#

# End of hosts.allow.

#
# hosts.deny	This file describes the names of the hosts which are
#		*not* allowed to use the local INET services, as decided
#		by the '/usr/sbin/tcpd' server.
#
# Version:	@(#)/etc/hosts.deny	1.00	05/28/93
#
# Author:	Fred N. van Kempen, <waltje@uwalt.nl.mugnet.org
#
#

# End of hosts.deny.