I'm working on a script that generates Dachstein compliant /etc/modules and /etc/network.conf files and is used as an "install" option on the lrcfg menu. It is all working at this point _except_ the generated network.conf file. Using the dhcp and firewall options, I get this error on "svi network reload": [: missing ] YES: not found YES: not found 1.1.1.2:not found /etc/network.conf: 526: Syntax error: "&&" unexpected
I can't seem to locate which "YES" is not found and on 526 the "&&" is there on all network.conf's. I've gone through the generated file line by line and can find no difference between the generated one and the one on my present router (cd v1.0.2). Can anyone lend me a hand and find the error? I'm going nuts now! ################# generated network.conf ###################### # This file was generated by install.network.sh by Lynn Avants ############################################################################### # Extended firewall configruation 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 configuation # 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, # transperent proxying or other kernel operations that intercept a # packet flow and redirect it. # # It is a usful 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: "" # 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 seperated 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=YES 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 # Kernel logging of spoofed packets by default for interfaces - YES/NO DEF_IP_SPOOF=YES 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=1.1.1.2 eth0_MASKLEN=30 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=24.64.144.166 # 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" #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) #SNMP_MANAGER_IPS="10.100.1.2"# List of IP Nos used for SNMP management # 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 ${MRK_IA}_tcp_0/0_ssh" # NOTE: Do NOT turn on the DMZ network or ANY external port masquerading/ # port forwarding when EXTERN_DYNADDR is on because some security # leaks will result. You may also want to limit the external open # ports to domain (UDP) for DNS. Anyhow, these features are not that # usable unless you have a static external address # EXTERN_IF="eth0" # External Interface # Added for DHCP support # Setting this to YES causes the dhcp client to try to configure the # interfaces listed in IF_DHCP, and causes EXTERN_IP to be read directly # from the interface EXTERN_DHCP=YES # YES/NO # The interface(s) to configure via dhcp IF_DHCP=$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="all_10.6.1.17 all_192.168.100.1 all_10.6.1.76" # 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" # -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="216.171.153.128/25_ssh 0/0_www 0/0_1023" # -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" # 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" ############################################################################### # 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_${EXTERN_IP}_ftp_192.168.1.1_ftp tcp_${EXTERN_IP}_smtp_192.168.1.1_smtp" # 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=192.168.1.1 # Internal FTP server to make available #INTERN_WWW_SERVER=192.168.1.1 # Internal WWW server to make available #INTERN_SMTP_SERVER=192.168.1.1 # Internal SMTP server to make available #INTERN_POP3_SERVER=192.168.1.1 # Internal POP3 server to make available #INTERN_IMAP_SERVER=192.168.1.1 # Internal IMAP server to make available #INTERN_SSH_SERVER=192.168.1.1 # 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_SERVER1="" # Indexed list: "<ipmasqadm autofw options>" #INTERN_AUTOFW0="-A -r tcp 20000 20050 -h 192.168.1.1" #INTERN_AUTOFW1="" ############################################################################### # 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:-""} # me too! copy me, no copy you! 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 $1 true } #END if_down ############################################################################### # Hostname Requires: CONFIG_HOSTNAME=YES ############################################################################### HOSTNAME=firewall ############################################################################### # Hosts file (Static domainname entires) Requires: CONFIG_HOSTSFILE=YES ############################################################################### # IP FQDN hostname alias1 alias2.. HOSTS0="$eth1_IPADDR $HOSTNAME.private.network $HOSTNAME fw" #HOSTS1="192.168.10.2 host2.private.network host2 h2" ############################################################################### # Domain Search Order and Name Servers Requires: CONFIG_DNS=YES ############################################################################### DOMAINS="private.network" DNS0=127.0.0.1 # DNS1=a.b.c.d # DNS2=a.b.c.d ############################################################################### # 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 ############################################################################### ################ end of gereated network.conf ################### -- ~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-devel mailing list [EMAIL PROTECTED] https://lists.sourceforge.net/lists/listinfo/leaf-devel