... which requires some modifications to osmo-ns-master regarding pipework / docker-entrypoint.sh Change-Id: I418f81eb1fbb2b15335ef64a3aa04d1c98a452c9 Related: SYS#5396changes/60/23560/1
parent
90bf14ed06
commit
6f47979bdd
@ -0,0 +1,9 @@
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#!/bin/bash
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set -e
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set -x
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if [[ -n ${WAIT_FOR_NETDEV:-} ]]; then
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/usr/bin/pipework --wait -i ${WAIT_FOR_NETDEV}
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fi
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/usr/local/bin/osmo-ns-dummy -c /data/osmo-ns-dummy.cfg -p 4240 >/data/osmo-ns-dummy.log 2>&1
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@ -0,0 +1,489 @@
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#!/bin/sh
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# This code should (try to) follow Google's Shell Style Guide
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# (https://google.github.io/styleguide/shell.xml)
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set -e
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case "$1" in
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--wait)
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WAIT=1
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;;
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--direct-phys)
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DIRECT_PHYS=1
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shift
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;;
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esac
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IFNAME=$1
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# default value set further down if not set here
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CONTAINER_IFNAME=
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if [ "$2" = "-i" ]; then
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CONTAINER_IFNAME=$3
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shift 2
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fi
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if [ "$2" = "-l" ]; then
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LOCAL_IFNAME=$3
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shift 2
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fi
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#inet or inet6
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FAMILY_FLAG="-4"
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if [ "$2" = "-a" ]; then
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FAMILY_FLAG="-$3"
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shift 2
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fi
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GUESTNAME=$2
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IPADDR=$3
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MACADDR=$4
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case "$MACADDR" in
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*@*)
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VLAN="${MACADDR#*@}"
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VLAN="${VLAN%%@*}"
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MACADDR="${MACADDR%%@*}"
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;;
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*)
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VLAN=
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;;
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esac
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# did they ask to generate a custom MACADDR?
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# generate the unique string
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case "$MACADDR" in
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U:*)
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macunique="${MACADDR#*:}"
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# now generate a 48-bit hash string from $macunique
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MACADDR=$(echo $macunique|md5sum|sed 's/^\(..\)\(..\)\(..\)\(..\)\(..\).*$/02:\1:\2:\3:\4:\5/')
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;;
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esac
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[ "$IPADDR" ] || [ "$WAIT" ] || {
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echo "Syntax:"
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echo "pipework <hostinterface> [-i containerinterface] [-l localinterfacename] [-a addressfamily] <guest> <ipaddr>/<subnet>[@default_gateway] [macaddr][@vlan]"
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echo "pipework <hostinterface> [-i containerinterface] [-l localinterfacename] <guest> dhcp [macaddr][@vlan]"
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echo "pipework mac:<hostinterface_macaddress> [-i containerinterface] [-l localinterfacename] [-a addressfamily] <guest> <ipaddr>/<subnet>[@default_gateway] [macaddr][@vlan]"
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echo "pipework mac:<hostinterface_macaddress> [-i containerinterface] [-l localinterfacename] <guest> dhcp [macaddr][@vlan]"
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echo "pipework route <guest> <route_command>"
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echo "pipework rule <guest> <rule_command>"
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echo "pipework tc <guest> <tc_command>"
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echo "pipework --wait [-i containerinterface]"
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exit 1
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}
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# Succeed if the given utility is installed. Fail otherwise.
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# For explanations about `which` vs `type` vs `command`, see:
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# http://stackoverflow.com/questions/592620/check-if-a-program-exists-from-a-bash-script/677212#677212
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# (Thanks to @chenhanxiao for pointing this out!)
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installed () {
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command -v "$1" >/dev/null 2>&1
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}
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# Google Styleguide says error messages should go to standard error.
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warn () {
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echo "$@" >&2
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}
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die () {
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status="$1"
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shift
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warn "$@"
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exit "$status"
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}
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if echo $IFNAME | grep -q '^mac:'; then
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mac_address=$(echo $IFNAME | cut -c5-)
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ifmatch=
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for iftest in /sys/class/net/*; do
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if [ -f $iftest/address ] && [ "$mac_address" = "$(cat $iftest/address)" ]; then
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ifmatch="$(basename $iftest)"
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break
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fi
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done
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if [ -z "$ifmatch" ]; then
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die 1 "Mac address $mac_address specified for interface but no host interface matched."
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else
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IFNAME=$ifmatch
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fi
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fi
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# First step: determine type of first argument (bridge, physical interface...),
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# Unless "--wait" is set (then skip the whole section)
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if [ -z "$WAIT" ]; then
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if [ -d "/sys/class/net/$IFNAME" ]
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then
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if [ -d "/sys/class/net/$IFNAME/bridge" ]; then
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IFTYPE=bridge
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BRTYPE=linux
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elif installed ovs-vsctl && ovs-vsctl list-br|grep -q "^${IFNAME}$"; then
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IFTYPE=bridge
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BRTYPE=openvswitch
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elif [ "$(cat "/sys/class/net/$IFNAME/type")" -eq 32 ]; then # InfiniBand IPoIB interface type 32
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IFTYPE=ipoib
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# The IPoIB kernel module is fussy, set device name to ib0 if not overridden
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CONTAINER_IFNAME=${CONTAINER_IFNAME:-ib0}
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PKEY=$VLAN
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else IFTYPE=phys
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fi
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else
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case "$IFNAME" in
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br*)
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IFTYPE=bridge
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BRTYPE=linux
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;;
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ovs*)
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if ! installed ovs-vsctl; then
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die 1 "Need OVS installed on the system to create an ovs bridge"
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fi
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IFTYPE=bridge
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BRTYPE=openvswitch
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;;
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route*)
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IFTYPE=route
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;;
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rule*)
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IFTYPE=rule
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;;
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tc*)
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IFTYPE=tc
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;;
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dummy*)
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IFTYPE=dummy
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;;
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*) die 1 "I do not know how to setup interface $IFNAME." ;;
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esac
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fi
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fi
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# Set the default container interface name to eth1 if not already set
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CONTAINER_IFNAME=${CONTAINER_IFNAME:-eth1}
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[ "$WAIT" ] && {
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while true; do
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# This first method works even without `ip` or `ifconfig` installed,
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# but doesn't work on older kernels (e.g. CentOS 6.X). See #128.
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grep -q '^1$' "/sys/class/net/$CONTAINER_IFNAME/carrier" && break
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# This method hopefully works on those older kernels.
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ip link ls dev "$CONTAINER_IFNAME" && break
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sleep 1
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done > /dev/null 2>&1
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exit 0
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}
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[ "$IFTYPE" = bridge ] && [ "$BRTYPE" = linux ] && [ "$VLAN" ] && {
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die 1 "VLAN configuration currently unsupported for Linux bridge."
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}
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[ "$IFTYPE" = ipoib ] && [ "$MACADDR" ] && {
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die 1 "MACADDR configuration unsupported for IPoIB interfaces."
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}
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# Second step: find the guest (for now, we only support LXC containers)
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while read _ mnt fstype options _; do
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[ "$fstype" != "cgroup" ] && continue
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echo "$options" | grep -qw devices || continue
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CGROUPMNT=$mnt
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done < /proc/mounts
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[ "$CGROUPMNT" ] || {
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die 1 "Could not locate cgroup mount point."
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}
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# Try to find a cgroup matching exactly the provided name.
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M=$(find "$CGROUPMNT" -name "$GUESTNAME")
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N=$(echo "$M" | wc -l)
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if [ -z "$M" ] ; then
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N=0
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fi
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case "$N" in
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0)
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# If we didn't find anything, try to lookup the container with Docker.
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if installed docker; then
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RETRIES=3
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while [ "$RETRIES" -gt 0 ]; do
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DOCKERPID=$(docker inspect --format='{{ .State.Pid }}' "$GUESTNAME")
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DOCKERCID=$(docker inspect --format='{{ .ID }}' "$GUESTNAME")
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DOCKERCNAME=$(docker inspect --format='{{ .Name }}' "$GUESTNAME")
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[ "$DOCKERPID" != 0 ] && break
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sleep 1
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RETRIES=$((RETRIES - 1))
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done
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[ "$DOCKERPID" = 0 ] && {
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die 1 "Docker inspect returned invalid PID 0"
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}
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[ "$DOCKERPID" = "<no value>" ] && {
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die 1 "Container $GUESTNAME not found, and unknown to Docker."
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}
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else
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die 1 "Container $GUESTNAME not found, and Docker not installed."
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fi
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;;
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1) true ;;
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2) # LXC >=3.1.0 returns two entries from the cgroups mount instead of one.
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echo "$M" | grep -q "lxc\.monitor" || die 1 "Found more than one container matching $GUESTNAME."
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;;
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*) die 1 "Found more than one container matching $GUESTNAME." ;;
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esac
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# only check IPADDR if we are not in a route mode
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[ "$IFTYPE" != route ] && [ "$IFTYPE" != rule ] && [ "$IFTYPE" != tc ] && {
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case "$IPADDR" in
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# Let's check first if the user asked for DHCP allocation.
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dhcp|dhcp:*)
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# Use Docker-specific strategy to run the DHCP client
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# from the busybox image, in the network namespace of
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# the container.
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if ! [ "$DOCKERPID" ]; then
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warn "You asked for a Docker-specific DHCP method."
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warn "However, $GUESTNAME doesn't seem to be a Docker container."
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warn "Try to replace 'dhcp' with another option?"
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die 1 "Aborting."
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fi
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DHCP_CLIENT=${IPADDR%%:*}
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;;
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udhcpc|udhcpc:*|udhcpc-f|udhcpc-f:*|dhcpcd|dhcpcd:*|dhclient|dhclient:*|dhclient-f|dhclient-f:*)
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DHCP_CLIENT=${IPADDR%%:*}
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# did they ask for the client to remain?
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DHCP_FOREGROUND=
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[ "${DHCP_CLIENT%-f}" != "${DHCP_CLIENT}" ] && {
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DHCP_FOREGROUND=true
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}
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DHCP_CLIENT=${DHCP_CLIENT%-f}
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if ! installed "$DHCP_CLIENT"; then
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die 1 "You asked for DHCP client $DHCP_CLIENT, but I can't find it."
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fi
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;;
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# Alright, no DHCP? Then let's see if we have a subnet *and* gateway.
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*/*@*)
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GATEWAY="${IPADDR#*@}" GATEWAY="${GATEWAY%%@*}"
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IPADDR="${IPADDR%%@*}"
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;;
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# No gateway? We need at least a subnet, anyway!
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*/*) : ;;
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# ... No? Then stop right here.
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*)
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warn "The IP address should include a netmask."
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die 1 "Maybe you meant $IPADDR/24 ?"
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;;
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esac
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}
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# If a DHCP method was specified, extract the DHCP options.
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if [ "$DHCP_CLIENT" ]; then
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case "$IPADDR" in
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*:*) DHCP_OPTIONS="${IPADDR#*:}" ;;
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esac
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fi
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if [ "$DOCKERPID" ]; then
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NSPID=$DOCKERPID
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else
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NSPID=$(head -n 1 "$(find "$CGROUPMNT" -name "$GUESTNAME" | head -n 1)/tasks")
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[ "$NSPID" ] || {
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# it is an alternative way to get the pid
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NSPID=$(lxc-info -n "$GUESTNAME" | grep PID | grep -Eo '[0-9]+')
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[ "$NSPID" ] || {
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die 1 "Could not find a process inside container $GUESTNAME."
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}
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}
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fi
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# Check if an incompatible VLAN device already exists
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[ "$IFTYPE" = phys ] && [ "$VLAN" ] && [ -d "/sys/class/net/$IFNAME.VLAN" ] && {
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ip -d link show "$IFNAME.$VLAN" | grep -q "vlan.*id $VLAN" || {
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die 1 "$IFNAME.VLAN already exists but is not a VLAN device for tag $VLAN"
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}
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}
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[ ! -d /var/run/netns ] && mkdir -p /var/run/netns
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rm -f "/var/run/netns/$NSPID"
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ln -s "/proc/$NSPID/ns/net" "/var/run/netns/$NSPID"
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# Check if we need to create a bridge.
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[ "$IFTYPE" = bridge ] && [ ! -d "/sys/class/net/$IFNAME" ] && {
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[ "$BRTYPE" = linux ] && {
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(ip link add dev "$IFNAME" type bridge > /dev/null 2>&1) || (brctl addbr "$IFNAME")
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ip link set "$IFNAME" up
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}
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[ "$BRTYPE" = openvswitch ] && {
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ovs-vsctl add-br "$IFNAME"
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}
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}
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[ "$IFTYPE" != "route" ] && [ "$IFTYPE" != "dummy" ] && [ "$IFTYPE" != "rule" ] && [ "$IFTYPE" != "tc" ] && MTU=$(ip link show "$IFNAME" | awk '{print $5}')
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# If it's a bridge, we need to create a veth pair
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[ "$IFTYPE" = bridge ] && {
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if [ -z "$LOCAL_IFNAME" ]; then
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LOCAL_IFNAME="v${CONTAINER_IFNAME}pl${NSPID}"
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fi
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GUEST_IFNAME="v${CONTAINER_IFNAME}pg${NSPID}"
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# Does the link already exist?
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if ip link show "$LOCAL_IFNAME" >/dev/null 2>&1; then
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# link exists, is it in use?
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if ip link show "$LOCAL_IFNAME" up | grep -q "UP"; then
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echo "Link $LOCAL_IFNAME exists and is up"
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exit 1
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fi
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# delete the link so we can re-add it afterwards
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ip link del "$LOCAL_IFNAME"
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fi
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ip link add name "$LOCAL_IFNAME" mtu "$MTU" type veth peer name "$GUEST_IFNAME" mtu "$MTU"
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case "$BRTYPE" in
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linux)
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(ip link set "$LOCAL_IFNAME" master "$IFNAME" > /dev/null 2>&1) || (brctl addif "$IFNAME" "$LOCAL_IFNAME")
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;;
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openvswitch)
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if ! ovs-vsctl list-ports "$IFNAME" | grep -q "^${LOCAL_IFNAME}$"; then
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ovs-vsctl add-port "$IFNAME" "$LOCAL_IFNAME" ${VLAN:+tag="$VLAN"} \
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-- set Interface "$LOCAL_IFNAME" \
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external-ids:pipework.interface="$LOCAL_IFNAME" \
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external-ids:pipework.bridge="$IFNAME" \
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${DOCKERCID:+external-ids:pipework.containerid="$DOCKERCID"} \
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${DOCKERCNAME:+external-ids:pipework.containername="$DOCKERCNAME"} \
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${NSPID:+external-ids:pipework.nspid="$NSPID"} \
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${VLAN:+external-ids:pipework.vlan="$VLAN"}
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fi
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;;
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esac
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ip link set "$LOCAL_IFNAME" up
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}
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# If it's a physical interface, create a macvlan subinterface
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[ "$IFTYPE" = phys ] && {
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[ "$VLAN" ] && {
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[ ! -d "/sys/class/net/${IFNAME}.${VLAN}" ] && {
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ip link add link "$IFNAME" name "$IFNAME.$VLAN" mtu "$MTU" type vlan id "$VLAN"
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}
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ip link set "$IFNAME" up
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IFNAME=$IFNAME.$VLAN
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}
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if [ ! -z "$DIRECT_PHYS" ]; then
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GUEST_IFNAME=$IFNAME
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else
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GUEST_IFNAME=ph$NSPID$CONTAINER_IFNAME
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ip link add link "$IFNAME" dev "$GUEST_IFNAME" mtu "$MTU" type macvlan mode bridge
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fi
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ip link set "$IFNAME" up
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}
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# If it's an IPoIB interface, create a virtual IPoIB interface (the IPoIB
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# equivalent of a macvlan device)
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#
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# Note: no macvlan subinterface nor Ethernet bridge can be created on top of an
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# IPoIB interface. InfiniBand is not Ethernet. IPoIB is an IP layer on top of
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# InfiniBand, without an intermediate Ethernet layer.
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[ "$IFTYPE" = ipoib ] && {
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GUEST_IFNAME="${IFNAME}.${NSPID}"
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# If a partition key is provided, use it
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[ "$PKEY" ] && {
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GUEST_IFNAME="${IFNAME}.${PKEY}.${NSPID}"
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PKEY="pkey 0x$PKEY"
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}
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||||
|
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ip link add link "$IFNAME" name "$GUEST_IFNAME" type ipoib $PKEY
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ip link set "$IFNAME" up
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}
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# If its a dummy interface, create a dummy interface.
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[ "$IFTYPE" = dummy ] && {
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GUEST_IFNAME=du$NSPID$CONTAINER_IFNAME
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ip link add dev "$GUEST_IFNAME" type dummy
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||||
}
|
||||
|
||||
# If the `route` command was specified ...
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||||
if [ "$IFTYPE" = route ]; then
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# ... discard the first two arguments and pass the rest to the route command.
|
||||
shift 2
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||||
ip netns exec "$NSPID" ip route "$@"
|
||||
elif [ "$IFTYPE" = rule ] ; then
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shift 2
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||||
ip netns exec "$NSPID" ip rule "$@"
|
||||
elif [ "$IFTYPE" = tc ] ; then
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shift 2
|
||||
ip netns exec "$NSPID" tc "$@"
|
||||
else
|
||||
# Otherwise, run normally.
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||||
ip link set "$GUEST_IFNAME" netns "$NSPID"
|
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ip netns exec "$NSPID" ip link set "$GUEST_IFNAME" name "$CONTAINER_IFNAME"
|
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[ "$MACADDR" ] && ip netns exec "$NSPID" ip link set dev "$CONTAINER_IFNAME" address "$MACADDR"
|
||||
|
||||
# When using any of the DHCP methods, we start a DHCP client in the
|
||||
# network namespace of the container. With the 'dhcp' method, the
|
||||
# client used is taken from the Docker busybox image (therefore
|
||||
# requiring no specific client installed on the host). Other methods
|
||||
# use a locally installed client.
|
||||
case "$DHCP_CLIENT" in
|
||||
dhcp)
|
||||
docker run -d --net container:$GUESTNAME --cap-add NET_ADMIN \
|
||||
busybox udhcpc -i "$CONTAINER_IFNAME" -x "hostname:$GUESTNAME" \
|
||||
$DHCP_OPTIONS \
|
||||
>/dev/null
|
||||
;;
|
||||
udhcpc)
|
||||
DHCP_Q="-q"
|
||||
[ "$DHCP_FOREGROUND" ] && {
|
||||
DHCP_OPTIONS="$DHCP_OPTIONS -f"
|
||||
}
|
||||
ip netns exec "$NSPID" "$DHCP_CLIENT" -qi "$CONTAINER_IFNAME" \
|
||||
-x "hostname:$GUESTNAME" \
|
||||
-p "/var/run/udhcpc.$GUESTNAME.pid" \
|
||||
$DHCP_OPTIONS
|
||||
[ ! "$DHCP_FOREGROUND" ] && {
|
||||
rm "/var/run/udhcpc.$GUESTNAME.pid"
|
||||
}
|
||||
;;
|
||||
dhclient)
|
||||
ip netns exec "$NSPID" "$DHCP_CLIENT" "$CONTAINER_IFNAME" \
|
||||
-pf "/var/run/dhclient.$GUESTNAME.pid" \
|
||||
-lf "/etc/dhclient/dhclient.$GUESTNAME.leases" \
|
||||
$DHCP_OPTIONS
|
||||
# kill dhclient after get ip address to prevent device be used after container close
|
||||
[ ! "$DHCP_FOREGROUND" ] && {
|
||||
kill "$(cat "/var/run/dhclient.$GUESTNAME.pid")"
|
||||
rm "/var/run/dhclient.$GUESTNAME.pid"
|
||||
}
|
||||
;;
|
||||
dhcpcd)
|
||||
ip netns exec "$NSPID" "$DHCP_CLIENT" -q "$CONTAINER_IFNAME" -h "$GUESTNAME"
|
||||
;;
|
||||
"")
|
||||
if installed ipcalc; then
|
||||
eval $(ipcalc -b $IPADDR)
|
||||
ip netns exec "$NSPID" ip "$FAMILY_FLAG" addr add "$IPADDR" brd "$BROADCAST" dev "$CONTAINER_IFNAME"
|
||||
else
|
||||
ip netns exec "$NSPID" ip "$FAMILY_FLAG" addr add "$IPADDR" dev "$CONTAINER_IFNAME"
|
||||
fi
|
||||
|
||||
[ "$GATEWAY" ] && {
|
||||
ip netns exec "$NSPID" ip "$FAMILY_FLAG" route delete default >/dev/null 2>&1 && true
|
||||
}
|
||||
ip netns exec "$NSPID" ip "$FAMILY_FLAG" link set "$CONTAINER_IFNAME" up
|
||||
[ "$GATEWAY" ] && {
|
||||
ip netns exec "$NSPID" ip "$FAMILY_FLAG" route get "$GATEWAY" >/dev/null 2>&1 || \
|
||||
ip netns exec "$NSPID" ip "$FAMILY_FLAG" route add "$GATEWAY/32" dev "$CONTAINER_IFNAME"
|
||||
ip netns exec "$NSPID" ip "$FAMILY_FLAG" route replace default via "$GATEWAY" dev "$CONTAINER_IFNAME"
|
||||
}
|
||||
;;
|
||||
esac
|
||||
|
||||
# Give our ARP neighbors a nudge about the new interface
|
||||
if installed arping; then
|
||||
IPADDR=$(echo "$IPADDR" | cut -d/ -f1)
|
||||
ip netns exec "$NSPID" arping -c 1 -A -I "$CONTAINER_IFNAME" "$IPADDR" > /dev/null 2>&1 || true
|
||||
else
|
||||
echo "Warning: arping not found; interface may not be immediately reachable"
|
||||
fi
|
||||
fi
|
||||
# Remove NSPID to avoid `ip netns` catch it.
|
||||
rm -f "/var/run/netns/$NSPID"
|
||||
|
||||
# vim: set tabstop=2 shiftwidth=2 softtabstop=2 expandtab :
|
||||
@ -0,0 +1 @@
|
||||
../ttcn3-ns-test/fr
|
||||
@ -0,0 +1 @@
|
||||
../ttcn3-ns-test/jenkins-fr.sh
|
||||
@ -0,0 +1 @@
|
||||
../ttcn3-gbproxy-test-fr/netdev-to-docker.sh
|
||||
@ -0,0 +1,56 @@
|
||||
[ORDERED_INCLUDE]
|
||||
"/osmo-ttcn3-hacks/Common.cfg"
|
||||
"/osmo-ttcn3-hacks/ns/NS_Tests.default"
|
||||
|
||||
[LOGGING]
|
||||
|
||||
[TESTPORT_PARAMETERS]
|
||||
*.NSVTY.CTRL_HOSTNAME := "172.18.30.101"
|
||||
|
||||
[MODULE_PARAMETERS]
|
||||
NS_Tests.mp_dialect := NS2_DIALECT_IPACCESS
|
||||
NS_Tests.mp_nsconfig := {
|
||||
nsei := 2001,
|
||||
role_sgsn := false,
|
||||
handle_sns := false,
|
||||
nsvc := {
|
||||
{
|
||||
provider := {
|
||||
fr := {
|
||||
netdev := "hdlc1",
|
||||
dlci := 16
|
||||
}
|
||||
},
|
||||
nsvci := 1
|
||||
}, {
|
||||
provider := {
|
||||
fr := {
|
||||
netdev := "hdlc2",
|
||||
dlci := 17
|
||||
}
|
||||
},
|
||||
nsvci := 2
|
||||
}, {
|
||||
provider := {
|
||||
fr := {
|
||||
netdev := "hdlc3",
|
||||
dlci := 18
|
||||
}
|
||||
},
|
||||
nsvci := 3
|
||||
}, {
|
||||
provider := {
|
||||
fr := {
|
||||
netdev := "hdlc4",
|
||||
dlci := 19
|
||||
}
|
||||
},
|
||||
nsvci := 4
|
||||
}
|
||||
}
|
||||
}
|
||||
|
||||
[MAIN_CONTROLLER]
|
||||
|
||||
[EXECUTE]
|
||||
NS_Tests.control
|
||||
@ -0,0 +1,55 @@
|
||||
log gsmtap 172.18.30.10
|
||||
logging level set-all debug
|
||||
|
||||
log stderr
|
||||
logging filter all 1
|
||||
logging print level 1
|
||||
logging print category 1
|
||||
logging print category-hex 0
|
||||
logging print file basename last
|
||||
logging print extended-timestamp 1
|
||||
logging level set-all debug
|
||||
!
|
||||
stats interval 0
|
||||
stats reporter statsd
|
||||
prefix TTCN3
|
||||
level subscriber
|
||||
remote-ip 172.18.30.10
|
||||
remote-port 8125
|
||||
flush-period 1
|
||||
mtu 1024
|
||||
enable
|
||||
|
||||
line vty
|
||||
no login
|
||||
bind 172.18.30.101
|
||||
|
||||
ns
|
||||
bind fr hdlcnet1
|
||||
fr hdlcnet1 frnet
|
||||
bind fr hdlcnet2
|
||||
fr hdlcnet2 frnet
|
||||
bind fr hdlcnet3
|
||||
fr hdlcnet3 frnet
|
||||
bind fr hdlcnet4
|
||||
fr hdlcnet4 frnet
|
||||
bind fr hdlcnet5
|
||||
fr hdlcnet5 frnet
|
||||
bind fr hdlcnet6
|
||||
fr hdlcnet6 frnet
|
||||
bind fr hdlcnet7
|
||||
fr hdlcnet7 frnet
|
||||
bind fr hdlcnet8
|
||||
fr hdlcnet8 frnet
|
||||
nse 2001
|
||||
nsvc fr hdlcnet1 dlci 16 nsvci 1
|
||||
nsvc fr hdlcnet2 dlci 17 nsvci 2
|
||||
nsvc fr hdlcnet3 dlci 18 nsvci 3
|
||||
nsvc fr hdlcnet4 dlci 19 nsvci 4
|
||||
nse 2002
|
||||
nsvc fr hdlcnet5 dlci 20 nsvci 5
|
||||
nsvc fr hdlcnet6 dlci 21 nsvci 6
|
||||
nse 2003
|
||||
nsvc fr hdlcnet7 dlci 22 nsvci 7
|
||||
nsvc fr hdlcnet8 dlci 23 nsvci 8
|
||||
|
||||
@ -0,0 +1,73 @@
|
||||
#!/bin/sh
|
||||
|
||||
# WARNING: This cannot be executed on any random Linux machine or jenkins slave node!
|
||||
#
|
||||
# We require a kernel with HLDC net-devices, specifically eight pairs of devices named
|
||||
# hdlc1 + hdlcnet1 ... hdlc8 + hdclnet8.
|
||||
#
|
||||
# Those pairs of netdevices can e.g. be implemented by actually physically looping back
|
||||
# the related E1 interfaces, or e.g.by using DAHDI_NET + dahdi_dynamic_loc to create
|
||||
# pairs of virtual E1 spans.
|
||||
#
|
||||
# In addition, we need to use 'sudo' permissions in order to move the hdlc
|
||||
# net-devices into the docker containers. So in automatic test execution this means
|
||||
# that the user will need sudo privileges without entering a password (NOPASS)
|
||||
|
||||
. ../jenkins-common.sh
|
||||
IMAGE_SUFFIX="${IMAGE_SUFFIX:-master}"
|
||||
docker_images_require \
|
||||
"osmo-ns-$IMAGE_SUFFIX" \
|
||||
"ttcn3-ns-test"
|
||||
|
||||
set_clean_up_trap
|
||||
set -e
|
||||
|
||||
SUBNET=30
|
||||
network_create $SUBNET
|
||||
|
||||
mkdir $VOL_BASE_DIR/ns-tester
|
||||
cp fr/NS_Tests.cfg $VOL_BASE_DIR/ns-tester/
|
||||
|
||||
mkdir $VOL_BASE_DIR/ns
|
||||
cp fr/osmo-ns-dummy.cfg $VOL_BASE_DIR/ns/
|
||||
|
||||
echo Starting container with osmo-ns-dummy
|
||||
docker run --rm \
|
||||
--cap-add=NET_RAW --cap-add=SYS_RAWIO \
|
||||
$(docker_network_params $SUBNET 101) \
|
||||
--ulimit core=-1 \
|
||||
-e "WAIT_FOR_NETDEV=hdlcnet8" \
|
||||
-v $VOL_BASE_DIR/ns:/data \
|
||||
--name ${BUILD_TAG}-ns -d \
|
||||
$DOCKER_ARGS \
|
||||
$REPO_USER/osmo-ns-$IMAGE_SUFFIX
|
||||
|
||||
# move all hdlcX net-devices into container
|
||||
for i in `seq 1 8`; do
|
||||
DEV="hdlcnet$i"
|
||||
#sudo sethdlc ${DEV} fr lmi none
|
||||
sudo ./netdev-to-docker.sh ${DEV} ${BUILD_TAG}-ns
|
||||
done
|
||||
|
||||
echo Starting container with NS testsuite
|
||||
docker run --rm \
|
||||
--cap-add=NET_RAW --cap-add=SYS_RAWIO \
|
||||
$(docker_network_params $SUBNET 10) \
|
||||
--ulimit core=-1 \
|
||||
-e "TTCN3_PCAP_PATH=/data" \
|
||||
-e "WAIT_FOR_NETDEV=hdlc8" \
|
||||
-v $VOL_BASE_DIR/ns-tester:/data \
|
||||
--name ${BUILD_TAG}-ttcn3-ns-test -d \
|
||||
$DOCKER_ARGS \
|
||||
$REPO_USER/ttcn3-ns-test
|
||||
|
||||
# move all hdlcnetX net-devices into container
|
||||
for i in `seq 1 8`; do
|
||||
DEV="hdlc$i"
|
||||
#sudo sethdlc ${DEV} fr lmi none
|
||||
sudo ./netdev-to-docker.sh ${DEV} ${BUILD_TAG}-ttcn3-ns-test
|
||||
done
|
||||
|
||||
# emulate running container in foreground, which is no longer possible as we
|
||||
# must shift the net-devices into the container _after_ it is started
|
||||
docker logs -f ${BUILD_TAG}-ttcn3-ns-test
|
||||
Loading…
Reference in new issue