Yes, that would be a big help! I'm extremely frustrated by the fact there
doesn't seem to be a hole opened at port 8080... Or is it there and I didn't
see it?
Here's the content of network.conf:
##############################################################################
#
# Extended firewall configuration scripts
# By Charles Steinkuehler
# Version 1.3.2
# September 29, 2001
##############################################################################
#
# Brief instructions for this file
##############################################################################
#
#
# VERBOSE=(YES/NO) Default: Yes
# Be verbose about settings.
#
# MAX_LOOP=(int) Default: 10
# Maximum number of incrementable entries to search for.
# IE: If you create a DNS7=, and MAX_LOOP=7, it will not be reached.
# (DNS0 - DNS7 == 8 entires)
# Setting this value too high will decrease the speed of the configuration
# system.
#
# IPFWDING_KERNEL=(YES/NO/FILTER_ON) Default: NO
# Enable IP forwarding in the kernel. FILTER_ON means forwarding will
# only happen when IP filtering rules are loaded
#
# IPALWAYSDEFRAG_KERNEL=(YES/NO) Default: NO
# Enable IP Global defragmentation in the kernel.
#
# **WARNING** - If this was turned on everywhere in a network of routers,
# it can result in TCP connections failing and TCP connection resets.
#
# ONLY turn this on if the box is a firewall or the single point of
# entry for a network, or an endpoint for port forwarding or a load
# balancer for a WWW server farm. DO NOT turn this on if the box is a
# conventional router as it breaks the TCP/IP RFCes. This option is
# needed when using IP NAT, IP masquerading, IP autofw, IP portfw,
# transparent proxying or other kernel operations that intercept a
# packet flow and redirect it.
#
# It is a useful tool when using a packet filtering router to protect
# directly attached ethernet networks of servers as it stops fragment
# attacks on the servers in behind the router. Another use is packet
# filtering router to protect dial-in Internet users on NASes
# (Portmasters, TC racks etc) from various SMB and fragment attacks
# and to redirect all WWW connections into a WWW proxy-caching server.
#
# CONFIG_HOSTNAME=(YES/NO) Default: NO
# Create /etc/hostname file using HOSTNAME entry.
# Any current hostname file will be **OVERWRITTEN**
#
# CONFIG_HOSTSFILE=(YES/NO) Default: NO
# Create /etc/hosts file using HOSTSx entries.
# Any current hosts file will be **OVERWRITTEN**
#
# CONFIG_DNS=(YES/NO) Default: NO
# Create /etc/resolv.conf file using DOMAINS and DNSx entries.
# Any current resolv.conf file will be **OVERWRITTEN**
#
# IF_LIST Default: "$IF_AUTO"
# A space seperated list of interfaces that can be ACTIVE on this machine
# This controls which interfaces can be brought up and down manually.
#
# IF_AUTO Default: "eth0"
# A space separated list of interfaces that get started on boot. Tunneling
# interfaces like CIPE should be after the raw interfaces they depend on.
# The interfaces are started in the order they occur on the list, and are
# shutdown in the reverse order of IF_LIST.
#
# IPFILTER_SWITCH=(none|router|firewall) Default: "none"
# Selects the basic IP filtering/firewalling setup of the router. "None"
# is used for a straight through router, "router" for a filtering router with
# IP spoof protection and Martian protection and "firewall" for a basic IP
# masquerading/NAT firewall. The basic filter types are provided in
# /etc/ipfilter.conf. If you want more than what is provided read the man
# pages for ipchains or ipfwadm and BE CAREFUL when you edit this!
#
##############################################################################
#
# General Settings
##############################################################################
#
VERBOSE=YES
MAX_LOOP=10
IPFWDING_KERNEL=FILTER_ON
IPALWAYSDEFRAG_KERNEL=YES
CONFIG_HOSTNAME=YES
CONFIG_HOSTSFILE=NO
CONFIG_DNS=NO
##############################################################################
#
# Interfaces
##############################################################################
#
# Start pppd PPP interfaces first as pppd's use of DNS can delay startup.
#
# Interfaces to start on boot go here - ie "ppp0 eth0"
# Do NOT include interfaces configured by dhcp!
IF_AUTO="eth1"
# List of all configured interfaces, manual start and boot start
IF_LIST="$IF_AUTO"
# Accept ICMP Redirects on ALL interfaces, also depends on /proc
# per interface IP forwarding flag. - YES/NO
ALLIF_ACCEPT_REDIRECTS=NO
# Need these both for interfaces run by daemons - ie PPP, CIPE, some
# WAN interfaces
# IP spoofing protection by default for interfaces - YES/NO
DEF_IP_SPOOF=YES
# Kernel logging of spoofed packets by default for interfaces - YES/NO
DEF_IP_KRNL_LOGMARTIANS=YES
# Bridge Setup - Global stuff
#
# Enable bridging - YES/NO
BRG_SWITCH=NO
# Exempt ethernet protocol types - type "brcfg list" to find out allowed
# values
BRG_EXEMPT_PROTOS=""
##############################################################################
#
eth0_IPADDR=24.16.102.19
eth0_MASKLEN=24
eth0_BROADCAST=+
# Use this to set the default route if required - ONLY one to be set.
# routed or gated could be used to set this so only use if not running these.
eth0_DEFAULT_GW=24.16.102.1
# Secondary IP addresses/networks on same wire - add them here
#eth0_IP_EXTRA_ADDRS="192.168.1.193 192.168.2.1/24"
# Additional routes for this interface, if any
# Space seperated list: <PREFIX>[_<more ip route options>]
#eth0_ROUTES="1.1.1.13 2.2.2.0/24_via_1.1.1.18"
# IP spoofing protection on this interface - YES/NO
eth0_IP_SPOOF=YES
# Kernel logging of spoofed packets on this interface - YES/NO
eth0_IP_KRNL_LOGMARTIANS=YES
# This setting affects the processing of ICMP redirects. Setting it to NO
# makes this more secure. Don't turn this off if you have two IP
# networks/subnets on the same media - YES/NO
eth0_IP_SHARED_MEDIA=NO
# Bridge this interface - YES/NO
eth0_BRIDGE=NO
# Proxy-arp from this interface, no other config required to turn on proxy
ARP!
# - YES/NO
eth0_PROXY_ARP=NO
# Simple QoS/fair queueing support
# Turn on Stochastic Fair Queueing - useful on busy DDS links - YES/NO
eth0_FAIRQ=NO
# Ethernet Transmit Queue Length
eth0_TXQLEN=100
# Complex QoS - Enable all of these + above to turn it on
#eth0_BNDWIDTH=10Mbit # Device bandwidth
#eth0_HNDL=2 # Queue Handle - must be unique
#eth0_IABURST=100 # Interactive Burst
#eth0_IARATE=1Mbit # Interactive Rate
#eth0_PXMTU=1514 # Physical MTU - includes Link Layer header
##############################################################################
#
eth1_IPADDR=192.168.1.254
eth1_MASKLEN=24
eth1_BROADCAST=+
eth1_IP_SPOOF=YES
eth1_IP_KRNL_LOGMARTIANS=YES
eth1_IP_SHARED_MEDIA=NO
eth1_BRIDGE=NO
eth1_PROXY_ARP=NO
eth1_FAIRQ=NO
##############################################################################
#
#eth2_IPADDR=
#eth2_MASKLEN=
#eth2_BROADCAST=+
#eth2_ROUTES=
#eth2_IP_SPOOF=YES
#eth2_IP_KRNL_LOGMARTIANS=YES
#eth2_IP_SHARED_MEDIA=NO
#eth2_BRIDGE=NO
#eth2_PROXY_ARP=
#eth2_FAIRQ=NO
##############################################################################
#
# NAT 'virtual' interface (optional: required only for static-NAT DMZ systems)
##############################################################################
#
# Configured as an interface to allow flexible handling of bringing the
# routing rules up/down in conjunction with the physical interfaces
# interface spec is an indexed list of IP address pairs and a base priority
# number for ip rule creation
#nat0_BASE_PRI=100 # Unique base value for ip rules
# Indexed list: <public IP> <private DMZ IP>
#nat0_PAIR0="1.1.2.3 192.168.2.13"
#nat0_PAIR1="1.1.2.4 192.168.2.14"
#nat0_PAIR2="1.1.2.5 192.168.2.15"
# Sangoma FR example
#fr498_IPADDR=10.0.10.1
#fr498_PTPADDR=10.0.10.2
#fr498_IP_SPOOF=YES
#fr498_IP_KRNL_LOGMARTIANS=YES
# Simple QoS support
#fr498_FAIRQ=YES
#fr498_TXQLEN=50
# Complex FR QoS - Enable ALL of these + above to turn it on
#fr498_FRBURST=960Kbit # FR Burst capacity (a rate)
#fr498_BULKRATE=320Kbit # Usually you set this to the CIR
#fr498_BULKBURST=50 # Number of packets that can burst in bulk class
#fr498_BNDWIDTH=1920Kbit # The bandwidth of the interface
#fr498_IABURST=512 # No of Interactive Burst packets
#fr498_IARATE=640Kbit # Burst capicity bandwith between
# BURST and CIR
#fr498_HNDL=2 # The queue handle - must be unique Dialup PPP is 1000+
#fr498_PXMTU=1508 # The Physical MTU of the interface (data + MAC header)
# PPP interface stuff - these apply to all ASYNC ppp interfaces, options
# same as ethernet above.
#ppp_BNDWIDTH=30Kbit
#ppp_FAIRQ=YES
#ppp_TXQLEN=30
#ppp_IABURST=20
#ppp_IARATE=10Kbit
#ppp_PXMTU=1500
##############################################################################
#
# IP Filter setup - can pull in settings from above
##############################################################################
#
# Set up the basic type of filtering. Can be one of (none|router|firewall)
# You must load the ip_masq_* modules to enable full IP masquerading, and
# ip_masq_portfw if you want to forward external ports pop-3, mtp, www
# to internal machines below.
IPFILTER_SWITCH=firewall
# This set of variables is used with both sets of filters
SNMP_BLOCK=YES # Block all SNMP (YES/NO)
# List of IP Nos used for SNMP management
#SNMP_MANAGER_IPS="10.100.1.2"
# Fair Queuing support
# List of Mark values
MRK_CRIT=1 # Critical traffic, routing, DNS
MRK_IA=2 # Interactive traffic - telnet, ssh, IRC
# List of traffic types and maps to mark values
# Setting this variable turns on the
# fairq chain
CLS_FAIRQ="${MRK_CRIT}_89_0/0 ${MRK_CRIT}_udp_0/0_route
${MRK_CRIT}_tcp_0/0_bgp ${MRK_CRIT}_tcp_0/0_domain ${MRK_CRIT}_udp_0/0_domain
${MRK_IA}_tcp_0/0_telnet ${MRK_IA}_tcp_0/0_ssh"
# NOTE: Do NOT turn on the DMZ network or ANY external port masquerading/
# port forwarding when EXTERN_DYNADDR is on because some security
# leaks will result. You may also want to limit the external open
# ports to domain (UDP) for DNS. Anyhow, these features are not that
# usable unless you have a static external address
#
EXTERN_IF="eth0" # External Interface
# Added for DHCP support
# Setting this to YES causes the dhcp client to try to configure the
# interfaces listed in IF_DHCP, and causes EXTERN_IP to be read directly
# from the interfaceB
EXTERN_DHCP=YES # YES/NO
# The interface(s) to configure via dhcp
IF_DHCP=$EXTERN_IF
# If YES, your firewall filters use 0/0 for your IP address, instead of your
# actual IP address. Set this to NO for typical ethernet setups, even if you
# are using DHCP
EXTERN_DYNADDR=NO # YES/NO
# - or -
# External Interface IP number...the default should be fine for most folks
eval EXTERN_IP=\"\${"$EXTERN_IF"_IPADDR:-""}\"
# Set EXTERN_IP to "DYNAMIC" if you need the rules to read the IP from the
# interface, but you arn't using DHCP (ie PPPoE and dialup users)
#EXTERN_IP=DYNAMIC
# If external interface IP is dynamic, read the configured IP address
# This should probably be moved to the init.d network script, but I put it
# here for now, as it is more obvious what it is doing, in case it
# messes something else up.
if [ "$EXTERN_DHCP" = "YES" -o \
"$EXTERN_DHCP" = "Yes" -o \
"$EXTERN_DHCP" = "yes" -o \
"$EXTERN_IP" = "DYNAMIC" ] ; then
# This computes the IP address of $EXTERN_IF
EXTERN_IP=`ip addr list label $EXTERN_IF | \
grep inet | sed '1!d' | \
sed 's/^[^.0-9]*\([.0-9]*\).*$/\1/'`
# If the external address is not configured, use a bogus address for the
# external interface to prevent a bunch of (harmless) errors that spit out
# when the IPCHAINS script is called.
if [ x$EXTERN_IP = x ]; then
EXTERN_IP=192.168.254.254
fi
fi
# Traffic to completely ignore...define here to prevent filling your logs
# Space seperated list: protocol_srcip[/mask][_dstport]
#SILENT_DENY="udp_207.235.84.1_route udp_207.235.84.0/24_37"
SILENT_DENY="udp_10.8.238.1_68 tcp_10.8.238.1_68 icmp_192.168.100.1_65535"
# Extra rule scripts added by Charles Steinkuehler to more easily support
# non-standard extentions of the pre-configured ipchains rules
IPCH_IN=/etc/ipchains.input
IPCH_FWD=/etc/ipchains.forward
IPCH_OUT=/etc/ipchains.output
# ICMP types to open
# Indexed list: "SrcAddr/Mask type [ DestAddr[/DestMask] ]"
#EXTERN_ICMP_PORT0="0/0 : 1.1.1.12"
## UDP Services open to outside world
# Space seperated list: srcip/mask_dstport
# NOTE: bootpc port is used for dhcp client
# EXTERN_UDP_PORTS="0/0_domain 0/0_bootpc"
EXTERN_UDP_PORTS="0/0_bootpc"
# -or-
# Indexed list: "SrcAddr/Mask port [ DestAddr[/DestMask] ]"
#EXTERN_UDP_PORT0="0/0 domain"
#EXTERN_UDP_PORT1="5.6.7.8 500 1.1.1.12"
# TCP services open to outside world
# Space seperated list: srcip/mask_dstport
#EXTERN_TCP_PORTS="216.70.236.234/29_ssh 0/0_www 0/0_1023 0/0_8080"
# -or-
# Indexed list: "SrcAddr/Mask port [ DestAddr[/DestMask] ]"
#EXTERN_TCP_PORT0="5.6.7.8 domain 1.1.1.12"
#EXTERN_TCP_PORT1="0/0 www"
EXTERN_TCP_PORT0="216.70.236.236/29 ssh"
EXTERN_TCP_PORT1="0/0 www"
EXTERN_TCP_PORT2="0/0 8080"
#EXTERN_TCP_PORT3="0/0 8080"
# Generic Services open to outside world
# Space seperated list: protocol_srcip/mask_dstport
#EXTERN_PORTS="50_5.6.7.8 51_5.6.7.8"
# -or-
# Indexed list: "Protocol SrcAddr/Mask [ DestAddr[/DestMask] ]"
#EXTERN_PROTO0="50 5.6.7.8/32"
#EXTERN_PROTO1="51 5.6.7.8/32"
#EXTERN_PROTO0="8080 0/0 192.168.1.200/32"
##############################################################################
#
# Internal Interface
##############################################################################
#
# Comment 3 settings below for no internal network (DMZ only configuration)
INTERN_IF="eth1" # Internal Interface
INTERN_NET=192.168.1.0/24 # One (or more) Internal network(s)
INTERN_IP=192.168.1.254 # IP number of Internal Interface
# (to allow forwarding to external IP)
MASQ_SWITCH=YES # Masquerade internal network to outside
# world - YES/NO
# These services are not masqueraded from int to ext/DMZ, preventing access
# Space seperated list: proto_destIP/mask_port
#NOMASQ_DEST="tcp_0/0_ssh"
# Override for above...only the listed dest IP's can be accessed
# Space seperated list: proto_destIP/mask_port
#NOMASQ_DEST_BYPASS="tcp_10.0.0.1_ssh"
##############################################################################
#
# Port Forwarding
##############################################################################
#
# Remember to open appropriate holes in the firewall rules, above
# Uncomment following for port-forwarded internal services.
# The following is an example of what should be put here.
# Tuples are as follows:
# <protocol>_<local-ip>_<local-port>_<remote-ip>_<remote-port>
#INTERN_SERVERS="tcp_${EXTERN_IP}_ftp_192.168.1.200_ftp
tcp_${EXTERN_IP}_smtp_192.168.1.200_smtp"
INTERN_SERVERS="tcp_${EXTERN_IP}_8080_192.168.1.200_80"
# These lines use the primary external IP address...if you need to
port-forward
# an aliased IP address, use the INTERN_SERVERS setting above
#INTERN_FTP_SERVER=192.168.1.200 # Internal FTP server to make available
INTERN_WWW_SERVER=192.168.1.200 # Internal WWW server to make available
#INTERN_SMTP_SERVER=192.168.1.200 # Internal SMTP server to make available
#INTERN_POP3_SERVER=192.168.1.200 # Internal POP3 server to make available
#INTERN_IMAP_SERVER=192.168.1.200 # Internal IMAP server to make available
#INTERN_SSH_SERVER=192.168.1.200 # Internal SSH server to make available
#EXTERN_SSH_PORT=24 # External port to use for internal SSH access
# Advanced settings: parameters passed directly to portfw and autofw
# Indexed list: "<ipmasqadm portfw options>"
#INTERN_SERVER0="-a -P PROTO -L LADDR LPORT -R RADDR RPORT [-p PREF]"
INTERN_SERVER0="tcp ${EXTERN_IP} 8080 192.168.1.200 80"
# Indexed list: "<ipmasqadm autofw options>"
#INTERN_AUTOFW0="-A -r tcp 20000 20050 -h 192.168.1.1"
#INTERN_AUTOFW0="-A -r tcp 8080 -h 192.168.1.200"
##############################################################################
#
# DMZ setup (optional)
##############################################################################
#
# Whether you want a DMZ or not (YES, PROXY, NAT, PRIVATE, NO)
DMZ_SWITCH=NO
DMZ_IF="eth2"
DMZ_NET=192.168.2.0/24
# DMZ switches for all flavors except PRIVATE
##############################################################################
#
# For NAT DMZ's:
# DMZ_NET, above is likely a private IP range...DMZ_SRC should encompass the
# public IP range being NAT'd to DMZ_NET. Any systems
DMZ_SRC=1.1.1.0/27
# For Proxy-Arp or NAT DMZ's only:
# For security, any IP's within the DMZ_NET (PROXY) or DMZ_SRC (NAT)
# specification, above, that are NOT remote systems reached via DMZ_IF must
# be listed here. This potentially includes IP's of this LRP system, your
# gateway, and systems connected to your external interface.
DMZ_EXT_ADDRS="$eth0_DEFAULT_GW $EXTERN_IP"
## Both of the following should be used together - ie if you turn on
## DMZ_HIGH_TCP_CONNECT - DO specify DMZ_CLOSED_DEST!
# Allows inbound connections to high tcp ports (>1023)
# You can also allow to specific machines using 1024: (or a smaller range)
# as the dest port range in DMZ_OPEN_DEST (RECOMMENDED)
DMZ_HIGH_TCP_CONNECT=NO
## 3306 MySQL, 6000 X, 2049 NFS, 7100 xfs
DMZ_CLOSED_DEST="tcp_${DMZ_NET}_6000:6004 tcp_${DMZ_NET}_7100"
# Inbound services to allow to the DMZ
# <protocol>_<destination IP/network>_<destination port or range>
DMZ_OPEN_DEST=" udp_${DMZ_NET}_domain
tcp_${DMZ_NET}_domain
icmp_${DMZ_NET}_:
tcp_1.1.2.13_www"
# PRIVATE DMZ switches
##############################################################################
#
# Services port-forwarded to the DMZ network
# Indexed list: "Protocol LocalIP LocalPort RemoteIP [ RemotePort ]"
#DMZ_SERVER0="udp $EXTERN_IP domain 192.168.2.1 domain"
#DMZ_SERVER1="tcp $EXTERN_IP domain 192.168.2.1 domain"
#DMZ_SERVER2="tcp 1.2.3.13 www 192.168.2.1 www"
#DMZ_SERVER3="tcp 1.2.3.13 smtp 192.168.2.1 smtp"
#DMZ_SERVER4="tcp 1.2.3.12 www 192.168.2.1 8080"
# Allow all outbound traffic from DMZ (YES)
# or just traffic from port-forwarded servers (NO)
#DMZ_OUTBOUND_ALL=YES
##############################################################################
#
# Interface activation/deactivation functions
# Here so that special interface commands can be called and daemons started
#
# Arps can be set up here, network/host routes and so forth.
#
# This appears to be a little messy but is needed to achieve maximum
# functionality and flexibility.
#
##############################################################################
#
echo_rtepfx () {
local IFS='_'
set -- $1
echo $1
}
echo_rteargs () {
local IFS='_'
set -- $1
shift
echo $@
}
# Function to add a static NAT translation
# $1 = Name of environment variable which contains IP address
# $2 = Action (add or del)
# $3 = Base priority value
# $y = Current walklist index count
do_nat () {
local PRIORITY=$(($3 + $y ))
local ACTION=$2
eval local args=\$$1
set -- $args
ip route $ACTION nat $1 via $2
ip rule $ACTION prio $PRIORITY from $2 nat $1
}
if_up () {
local ADDR
# sort out a few things to make life easier - here so that you
# can see what is done and so that you can add anything if needed
eval local IPADDR=\${"$1"_IPADDR:-""} # I am also a good genius
eval local MASKLEN=\${"$1"_MASKLEN:-""}
eval local BROADCAST=\${"$1"_BROADCAST:-""}
eval local PTPADDR=\${"$1"_PTPADDR:-""}
eval local DEFAULT_GW=\${"$1"_DEFAULT_GW:-""}
eval local IP_EXTRA_ADDRS=\${"$1"_IP_EXTRA_ADDRS:-""}
eval local ROUTES=\${"$1"_ROUTES:-""}
eval local FAIRQ=\${"$1"_FAIRQ:-""}
eval local TXQLEN=\${"$1"_TXQLEN:-""}
eval local IP_SPOOF=\${"$1"_IP_SPOOF:-""}
eval local IP_KRNL_LOGMARTIANS=\${"$1"_IP_KRNL_LOGMARTIANS:-""}
eval local IP_SHARED_MEDIA=\${"$1"_IP_SHARED_MEDIA:-""}
eval local BRIDGE=\${"$1"_BRIDGE:-""}
eval local PROXY_ARP=\${"$1"_PROXY_ARP:-""}
if [ -n "$BROADCAST" ] ; then
IFCFG_BROADCAST="broadcast $BROADCAST"
fi
# Do dee global bridge stuff
brg_global
# Set default interface flags here - used for PPP and WAN interfaces
if_setproc default rp_filter $DEF_IP_SPOOF
if_setproc default log_martians $DEF_IP_KRNL_LOGMARTIANS
if_setproc all accept_redirects $ALLIF_ACCEPT_REDIRECTS
# Set up each interface
case $1 in
ppp0)
pppd call provider
;;
fr*)
wanconfig card wanpipe1 dev $1 start
ip addr add $IPADDR peer $PTPADDR dev $1
ip link set $1 up
# Fair queuing - this can be selected for any interface
ip_frQoS $1
;;
nat*)
eval local BASE_PRI=\${"$1"_BASE_PRI:-""}
walk_list $1_PAIR $INIT_INDEX do_nat add $BASE_PRI
;;
*) # default interface startup
brg_iface $1 up $BRIDGE
[ -n "$IPADDR" ] \
&& ip addr add $IPADDR/$MASKLEN $IFCFG_BROADCAST dev $1
for ADDR in $IP_EXTRA_ADDRS; do
ip addr add $ADDR dev $1
done
ip link set $1 up
case "$PROXY_ARP" in
YES|Yes|yes)
ip route flush dev $1
;;
*)
;;
esac
# Fair queuing - this can be selected for any interface
ip_QoS $1
;;
esac
for route in $ROUTES; do
ip route add `echo_rtepfx $route` dev $1 `echo_rteargs $route`
done
# Do universal interface config items here
# Default route support
[ -n "$DEFAULT_GW" ] \
&& ip route replace default via $DEFAULT_GW dev $1
# Set the TX Queue Length
[ -n "$TXQLEN" ] \
&& ip link set $1 txqlen $TXQLEN
# Spoof protection
if_setproc $1 rp_filter $IP_SPOOF
# Kernel logging of martians on this interface
if_setproc $1 log_martians $IP_KRNL_LOGMARTIANS
# Shared Media stuff
if_setproc $1 shared_media $IP_SHARED_MEDIA
# Proxy ARP support
if_setproc $1 proxy_arp $PROXY_ARP
return 0
}
if_down () {
# Do Dee global bridge stuff
brg_global
case $1 in
ppp*)
[ -f /var/run/$1.pid ] && qt kill `cat /var/run/$1.pid`
sleep 5 # Wait for pppd to die
;;
fr*)
qt ip link set $1 down
qt ip addr flush dev $1
qt wanconfig card wanpipe1 dev $1 stop
;;
nat*)
eval local BASE_PRI=\${"$1"_BASE_PRI:-""}
walk_list $1_PAIR $INIT_INDEX do_nat del $BASE_PRI
;;
*) # default action
brg_iface $1 down
ip link set $1 down # This also kills any routes
qt ip addr flush dev $1
;;
esac
# Clean up any QoS/fair queuing stuff
ip_QoSclear $1
true
} #END if_down
##############################################################################
#
# Hostname Requires: CONFIG_HOSTNAME=YES
##############################################################################
#
HOSTNAME=CX269409-C
##############################################################################
#
# Hosts file (Static domainname entires) Requires: CONFIG_HOSTSFILE=YES
##############################################################################
#
# IP FQDN hostname alias1 alias2..
HOSTS0="$eth1_IPADDR $HOSTNAME.cybersampson.com $HOSTNAME firewall fw"
#HOSTS1="192.168.1.22 host2.private.network host2 h2"
HOSTS1="192.168.1.200 pegasus.cybersampson.com pegasus www"
##############################################################################
#
# Domain Search Order and Name Servers Requires: CONFIG_DNS=YES
##############################################################################
#
DOMAINS="cybersampson.com"
DNS0=127.0.0.1
#DNS0=Your.Primary.DNS.Server
DNS1=68.1.17.5
#DNS1=Your.Secondary.DNS.Server
DNS2=68.1.17.237
DNS3=24.13.11.178
##############################################################################
#
# QoS/Fariqueing functions
##############################################################################
#
ip_QoSclear () {
[ -x /sbin/tc ] \
&& qt tc qdisc del dev $1 root
return 0
}
ip_frQoS () {
# Set some vaiables
eval local FAIRQ=\${"$1"_FAIRQ:-""}
eval local BULKRATE=\${"$1"_BULKRATE:-""}
eval local BULKBURST=\${"$1"_BULKBURST:-""}
eval local FRBURST=\${"$1"_FRBURST:-""}
eval local HNDL=\${"$1"_HNDL:-""}
eval local BNDWIDTH=\${"$1"_BNDWIDTH:-""}
eval local IARATE=\${"$1"_IARATE:-""}
eval local IABURST=\${"$1"_IABURST:-""}
eval local PXMTU=\${"$1"_PXMTU:-""}
if [ ! -x /sbin/tc ]; then
return 1
fi
if [ "$FAIRQ" != "YES" -a "$FAIRQ" != "Yes" -a "$FAIRQ" != "yes" ]
then
return 1
fi
if [ -z "$BULKRATE" -o -z "$FRBURST" -o -z "$HNDL" -o -z "$PXMTU" \
-o -z "$BNDWIDTH" -o -z "$IARATE" -o -z "$IABURST" \
-o -z "$BULKBURST" ]; then
tc qdisc replace dev $1 root sfq
return 0
fi
# Attach CBQ to device
tc qdisc add dev $1 root handle $HNDL: cbq \
bandwidth $BNDWIDTH avpkt 1000
# Set up classes
# Bulk class
tc class add dev $1 parent $HNDL:0 classid :1 \
est 1sec 8sec cbq bandwidth $BNDWIDTH \
rate $BULKRATE allot $PXMTU bounded weight 1 prio 6 \
avpkt 1000 maxburst $BULKBURST \
split $HNDL:0 defmap ff7f
tc qdisc add dev $1 parent $HNDL:1 sfq perturb 15
# Interactive Class
tc class add dev $1 parent $HNDL:0 classid :2 \
est 2sec 16sec cbq bandwidth $BNDWIDTH \
rate $IARATE allot $PXMTU bounded weight 1 prio 6 \
avpkt 1000 maxburst $IABURST \
split $HNDL:0 defmap 80
tc qdisc add dev $1 parent $HNDL:2 sfq perturb 15
# Priority class
tc class add dev $1 parent $HNDL:0 classid :3 \
est 1sec 8sec cbq bandwidth $BNDWIDTH \
rate $FRBURST allot $PXMTU bounded weight 1 prio 1 \
avpkt 1000 maxburst 21
tc qdisc add dev $1 parent $HNDL:3 pfifo
# Add filters
tc filter add dev $1 parent $HNDL:0 protocol ip \
priority 50 handle $MRK_CRIT fw classid $HNDL:3
tc filter add dev $1 parent $HNDL:0 protocol ip \
priority 60 handle $MRK_IA fw classid $HNDL:2
return 0
}
ip_QoS () {
# Set some vaiables
eval local HNDL=\${"$1"_HNDL:-""}
eval local FAIRQ=\${"$1"_FAIRQ:-""}
if [ -z "$FAIRQ" -a -n "$2" ]; then
local FAIRQ=$2
fi
eval local BNDWIDTH=\${"$1"_BNDWIDTH:-""}
if [ -z "$BNDWIDTH" -a -n "$3" ]; then
local BNDWIDTH=$3
fi
eval local PXMTU=\${"$1"_PXMTU:-""}
if [ -z "$PXMTU" -a -n "$4" ]; then
local PXMTU=$4
fi
eval local IARATE=\${"$1"_IARATE:-""}
if [ -z "$IARATE" -a -n "$5" ]; then
local IARATE=$5
fi
eval local IABURST=\${"$1"_IABURST:-""}
if [ -z "$IABURST" -a -n "$6" ]; then
local IABURST=$6
fi
if [ ! -x /sbin/tc ]; then
return 1
fi
if [ "$FAIRQ" != "YES" -a "$FAIRQ" != "Yes" -a "$FAIRQ" != "yes" ]
then
return 1
fi
if [ -z "$BNDWIDTH" -o -z "$IABURST" -o -z "$IARATE" -o -z "$HNDL" \
-o -z "$PXMTU" ]; then
tc qdisc replace dev $1 root sfq
return 0
fi
# Attach CBQ to device
tc qdisc add dev $1 root handle $HNDL: cbq \
bandwidth $BNDWIDTH \
avpkt 1000
# Set up classes
# Bulk class
tc class add dev $1 parent $HNDL:0 classid :1 est 1sec 8sec \
cbq bandwidth $BNDWIDTH rate $BNDWIDTH \
allot $PXMTU avpkt 1000 bounded weight 1 prio 6 \
split $HNDL:0 defmap ff7f
tc qdisc add dev $1 parent $HNDL:1 sfq perturb 15
# Interactive class
tc class add dev $1 parent $HNDL:0 classid :2 est 2sec 16sec \
cbq bandwidth $BNDWIDTH rate $IARATE maxburst $IABURST \
allot $PXMTU avpkt 1000 bounded isolated weight 1 \
prio 2 split $HNDL:0 defmap 80
tc qdisc add dev $1 parent $HNDL:2 sfq perturb 15
# Priority class
tc class add dev $1 parent $HNDL:0 classid :3 est 1sec 8sec \
cbq bandwidth $BNDWIDTH rate $BNDWIDTH \
allot $PXMTU avpkt 1000 bounded weight 1 prio 1
tc qdisc add dev $1 parent $HNDL:3 pfifo
# Add filters
tc filter add dev $1 parent $HNDL:0 protocol ip \
priority 50 handle $MRK_CRIT fw classid $HNDL:3
tc filter add dev $1 parent $HNDL:0 protocol ip \
priority 60 handle $MRK_IA fw classid $HNDL:2 \
return 0
}
##############################################################################
#
# End
##############################################################################
#
lsmod.txt contents:
Module Pages Used by
ip_masq_vdolive 1180 0 (unused)
ip_masq_user 3708 0 (unused)
ip_masq_raudio 2980 0
ip_masq_quake 1220 0 (unused)
ip_masq_pptp 4116 0
ip_masq_portfw 2416 2
ip_masq_mms 2640 1
ip_masq_mfw 3196 0
ip_masq_irc 1924 0 (unused)
ip_masq_icq 13096 0 (unused)
ip_masq_h323 6280 0
ip_masq_ftp 3576 0
ip_masq_dplay 4728 0 (unused)
ip_masq_cuseeme 964 0 (unused)
ip_masq_autofw 2476 0 (unused)
rtl8139 10856 1
pci-scan 2300 0 [rtl8139]
3c509 5628 1
isofs 17692 0
ide-cd 22672 0
cdrom 26712 0 [ide-cd]
Thanks!!!
~Doug
> -----Original Message-----
> From: [EMAIL PROTECTED]
> [mailto:[EMAIL PROTECTED]]On Behalf Of guitarlynn
> Sent: Monday, March 11, 2002 7:08 PM
> To: [EMAIL PROTECTED]
> Subject: Re: [Leaf-user] DCD Port forwarding not working
>
>
> Hey,
>
> If you're still having problems send in a copy of your
> complete "/etc/network.conf" and results of "lsmod"
> and we can probably get it corrected in a single post.
>
> Thx,
> ~Lynn
> --
>
> ~Lynn Avants
> aka Guitarlynn
>
> guitarlynn at users.sourceforge.net
> http://leaf.sourceforge.net
>
> If linux isn't the answer, you've probably got the wrong question!
>
> _______________________________________________
> Leaf-user mailing list
> [EMAIL PROTECTED]
> https://lists.sourceforge.net/lists/listinfo/leaf-user
>
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