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Diffstat (limited to 'extra/iproute2-qos/qos.confd')
| -rw-r--r-- | extra/iproute2-qos/qos.confd | 314 |
1 files changed, 0 insertions, 314 deletions
diff --git a/extra/iproute2-qos/qos.confd b/extra/iproute2-qos/qos.confd deleted file mode 100644 index 60d409372..000000000 --- a/extra/iproute2-qos/qos.confd +++ /dev/null @@ -1,314 +0,0 @@ -########################################################################################################### -# -# Traffic Control configuration -# -# Copyright (c) 2009 iilluzion -# -# Distributed under GPL-2 -# -########################################################################################################### -##### MAIN CONFIGURATION PARAMETERS -#### -### uplink and downlink rates should be set very precisely -## RATE_SUB_PERCENT should be set to allow the Router to control a queue -# -########################################################################################################### -# Specify the upload speed of your internet connection (kbit, mbit). -# Since ISPs tend to overestimate the speeds they offer, it would -# probably be best if you measure this on a free line. -# -### UPLINK_RATE=128kbit -### UPLINK_RATE=256kbit -UPLINK_RATE=512kbit - - -########################################################################################################### -# Specify the download speed of your internet connection (kbit, mbit). -# -### DOWNLINK_RATE=256kbit -### DOWNLINK_RATE=512kbit -DOWNLINK_RATE=1024kbit - - -########################################################################################################### -# In order to prevent traffic queuing at the ISP side or in your modem, -# we shape to a slightly lower rate. This way the bottleneck is the router, -# not the ISP or modem, which allows us more direct control of shaping. -# -### RATE_SUB_PERCENT=20 -### RATE_SUB_PERCENT=15 -RATE_SUB_PERCENT=10 - - -########################################################################################################### -# Specify the local network speed (kbit, mbit) -# -LAN_RATE=9mbit - - -########################################################################################################### -##### ADVANCED CONFIGURATION PARAMETERS -#### -### -## -# -########################################################################################################### -# Helper Functions -# -# Convert rate to bites per second format (bits) -bits() -{ - RATE=0 - R_RATE=$1 - R_NUMBER=`echo "$R_RATE" | sed -e "s/[^0-9]//g"` - R_UNIT=`echo "$R_RATE" | sed -e "s/[0-9]//g"` - - if [ "$R_UNIT" == "" ]; then - R_UNIT="kbit" - fi - - if [ "$R_UNIT" == "kbps" ]; then R_RATE=$(($R_NUMBER * 1024 * 8)) - elif [ "$R_UNIT" == "mbps" ]; then R_RATE=$(($R_NUMBER * 1024 * 1024 * 8)) - elif [ "$R_UNIT" == "mbit" ]; then R_RATE=$(($R_NUMBER * 1024 * 1024)) - elif [ "$R_UNIT" == "kbit" ]; then R_RATE=$(($R_NUMBER * 1024)) - elif [ "$R_UNIT" == "bps" ]; then R_RATE=$(($R_NUMBER * 8)) - else - echo "Unknown unit '$R_UNIT' (mbps, mbit, kbit, bps)" - fi - - echo "$R_RATE" -} - -########################################################################################################### -# Define supported Queuing Disciplines -# -QDISCS="prio|tbf|htb|hfsc|sfq|red|pfifo" - - -########################################################################################################### -# Traffic Control parameters will be calculated depending on link directions -# -DIRECTION=$1 - - -########################################################################################################### -# Specify the network devices that are connected to the internet. -# If you are a dialup or PPPoE user, you have to re-run the QoS script -# every time you connect. -# -### WAN_DEVICES="ppp0" -WAN_DEVICES="$(ip route show 0.0.0.0/0 | grep dev | sed 's/.*dev //' | awk '{print $1}')" - WAN_DEVICES="$WAN_DEVICES $(ip addr | grep gre | egrep -v "gre0" | awk '/^[0-9]/ { gsub(":", ""i, $2); print $2}' | cut -f 1 -d'@')" - - -########################################################################################################### -# Specify the network devices which are connected with your local network segments. -# -### LAN_DEVICES="eth1" -LAN_DEVICES=`awk -F: 'NR > 2 { print $1 }' /proc/net/dev | egrep -v "lo|gre0|$(echo $WAN_DEVICES | sed s/" "/"|"/g)"` - - -########################################################################################################### -# Calculaton of WAN up/down link rates -# -DIRECTION=${DIRECTION:-ALL} - if [ $DIRECTION = "ALL" ]; then - DEVICES="$WAN_DEVICES $LAN_DEVICES" - fi - - if [ $DIRECTION = "UP" ]; then - WAN_RATE=`bits $UPLINK_RATE` - DEVICES=$WAN_DEVICES - fi - - if [ $DIRECTION = "DOWN" ]; then - WAN_RATE=`bits $DOWNLINK_RATE` - DEVICES=$LAN_DEVICES - fi - - WAN_SUB_RATE=$((WAN_RATE - (RATE_SUB_PERCENT * WAN_RATE / 100))) - INTERACTIVE_RATE=$((WAN_SUB_RATE / 5)) - PRIVILEGED_RATE=$((WAN_SUB_RATE / 2)) - BESTEFFORT_RATE=$((WAN_SUB_RATE / 3)) - - OUT_OF_WAN_RATE=`bits $LAN_RATE` - OUT_OF_WAN_RATE=$((OUT_OF_WAN_RATE - WAN_RATE)) - - -########################################################################################################### -# Specify root Queuing Disciplines -# -# Recommendations: -# htb: if link is not congested or you want to control busrts of traffic; recommended for downstream. -# hfsc: if link is congested and you need to control guarantees of delay; recommended for upstream. -# dmax = 50-100 [ms] = 50000-100000 [microsec] -# umax = MIN (rate * (dmax / 1000), 1500) [b] -# prio: if rate is variable and you want to be sure that interactive traffic has ultimate priority -# none: if no egress shaping is desired -# (in this case you may want to setup only ingress policing) -# -DOWNLINK_QDISC=htb -### DOWNLINK_QDISC=hfsc -### DOWNLINK_QDISC=prio -### DOWNLINK_QDISC=none -# -UPLINK_QDISC=hfsc -### UPLINK_QDISC=htb -### UPLINK_QDISC=prio -### UPLINK_QDISC=none - - -########################################################################################################### -# Calculation of Queuing Discipline parameters -# -INTERACTIVE_PRIO_LATENCY=50000 -INTERACTIVE_PRIO_BURST=$((INTERACTIVE_RATE / 100 / 8)) -# -INTERACTIVE_HFSC_DMAX=50000 -INTERACTIVE_HFSC_UMAX=$((INTERACTIVE_RATE * INTERACTIVE_HFSC_DMAX / 1000 / 1000)) - [ $INTERACTIVE_HFSC_UMAX -gt 1500 ] && INTERACTIVE_HFSC_UMAX=1500 -# -PRIVILEGED_HFSC_DMAX=100000 -PRIVILEGED_HFSC_UMAX=$((PRIVILEGED_RATE * PRIVILEGED_HFSC_DMAX / 1000 / 1000)) - [ $PRIVILEGED_HFSC_UMAX -gt 1500 ] && PRIVILEGED_HFSC_UMAX=1500 - - -########################################################################################################### -# Specify INGRESS policing -# -# Recommendations: -# none: if link is not congested -# police: if link is constantly congested -# -### DOWNLINK_INGRESS=police -DOWNLINK_INGRESS=none -### UPLINK_INGRESS=police -UPLINK_INGRESS=none - - -########################################################################################################### -# Calculation of policing bursts -# burst = rate / 17 (taken basing on experemental results) -# -POLICE_BURST_SCALE=17 - INTERACTIVE_POLICE_BURST=$((INTERACTIVE_RATE / POLICE_BURST_SCALE)) - PRIVILEGED_POLICE_BURST=$((PRIVILEGED_RATE / POLICE_BURST_SCALE)) - BESTEFFORT_POLICE_BURST=$((BESTEFFORT_RATE / POLICE_BURST_SCALE)) - - -########################################################################################################### -# Specify leaf Queuing Disciplines -# Recommendations: -# "pfifo limit 5": Interactive, Priviledged (real-time streams, IPSEC) -# "sfq perturb 10": Best-Effort (TCP sessions or best-effort class traffic) -# "red <parameters>": Best-Effort (hightly congested links or high-speed Internet [> 10Mbit/sec]) -# Random Early Detect (RED) parameters calculation: -# min = maximum delay * rate (dalay ~ 200ms = 0.2sec) [b] -# max = 3 * min [b] -# avpkt = 1000 (MTU 1500) -# limit = 8 * max [b] -# burst = (min + min + max)/(3 * avpkt) [b] -# probability = 0.02 -INTERACTIVE_LEAF_QDISC="pfifo limit 5" -PRIVILEGED_LEAF_QDISC="pfifo limit 5" -### BESTEFFORT_LEAF_QDISC="sfq perturb 10" -# -RED_DELAY=200 -RED_MIN=$((RED_DELAY * BESTEFFORT_RATE / 1000 / 8)) # devided on 8 since rate given in bit/s so we get bytes -RED_MAX=$((3 * RED_MIN)) -RED_AVPKT=1000 -RED_PROB=0.02 -RED_BURST=$(((RED_MIN + RED_MIN + RED_MAX) / (3 * RED_AVPKT))) -RED_LIMIT=$((8 * RED_MAX)) -# - BESTEFFORT_LEAF_QDISC="red min $RED_MIN max $RED_MAX burst $RED_BURST limit $RED_LIMIT probability $RED_PROB avpkt $RED_AVPKT" -# -LAN_LEAF_QDISC="sfq perturb 10" - - -########################################################################################################### -# Specify filter rules (see tc, tc-filters man page). -# You may have multiple <CLASS-NAME>_FILTER_<n> items. -# Maximum 100 filter items are allowed for each class -# -# Interactive Class Traffic Filters -# -# UDP -# -INTERACTIVE_FILTER_1="protocol ip prio 100 u32 match ip protocol 0x11 0xff" -# -# ICMP -# -INTERACTIVE_FILTER_2="protocol ip prio 100 u32 match ip protocol 0x1 0xff" -# -# ACK with payload < 64 bytes (32-bit version) -# -INTERACTIVE_FILTER_3="protocol ip prio 100 u32 match ip protocol 6 0xff match u8 0x05 0x0f at 0 match u16 0x0000 0xffc0 at 2 match u8 0x10 0xff at 33" -# -# ACK with payload < 64 bytes -# -INTERACTIVE_FILTER_4="protocol ip prio 100 u32 match ip protocol 6 0xff match u8 0x10 0xff at nexthdr+13 match u16 0x0000 0xffc0 at 2" -# -# TOS: 0x10, 0x18, 0xb8(ef) -# -INTERACTIVE_FILTER_5="protocol ip prio 100 u32 match ip tos 0x10 0xff" -INTERACTIVE_FILTER_6="protocol ip prio 100 u32 match ip tos 0x18 0xff" -INTERACTIVE_FILTER_7="protocol ip prio 100 u32 match ip tos 0xb8 0xff" - - -########################################################################################################### -# Priviledged Class Traffic Filters -# -# SSH -# -PRIVILEGED_FILTER_1="protocol ip prio 100 u32 match ip dport 22 0xffff" -PRIVILEGED_FILTER_2="protocol ip prio 100 u32 match ip sport 22 0xffff" -# -# Remote Desktop -# -PRIVILEGED_FILTER_3="protocol ip prio 100 u32 match ip dport 3389 0xffff" -PRIVILEGED_FILTER_4="protocol ip prio 100 u32 match ip sport 3389 0xffff" -# -# ESP -# -PRIVILEGED_FILTER_5="protocol ip prio 100 u32 match ip protocol 0x32 0xff" -# -# AH -# -PRIVILEGED_FILTER_6="protocol ip prio 100 u32 match ip protocol 0x33 0xff" -# -# TOS: 0x88(af41) -# -PRIVILEGED_FILTER_7="protocol ip prio 100 u32 match ip tos 0x88 0xff" -# -# IPSEC-NAT -# -PRIVILEGED_FILTER_8="protocol ip prio 90 u32 match ip protocol 0x11 0xff match ip dport 4500 0xffff" -PRIVILEGED_FILTER_9="protocol ip prio 90 u32 match ip protocol 0x11 0xff match ip sport 4500 0xffff" - - -########################################################################################################### -# Best-Effort Class Traffic Filters -# By default ALL unclassified traffic is being assined to Best-Effort class -# You may specify additional filters here -# -# Examples: Any traffic from/to 192.168.1.0/24 network will be unconditionally classified as best-effort -# -### BESTEFFORT_FILTER_1="protocol ip prio 3 u32 match ip src 192.168.1.0/24" -### BESTEFFORT_FILTER_2="protocol ip prio 4 u32 match ip dst 192.168.1.0/24" -# - -########################################################################################################### -# LAN Class Traffic Filters -# -# Traffic Originated from router -# -# Example: -###LAN_FILTER_1="protocol ip prio 10 u32 match ip src 192.168.1.10" - -# -## -### -#### -##### END OF GENERIC ALPINE SETUP -########################################################################################################### |