Difference between revisions of "ONE/Simple test setup"
Florin.coras (Talk | contribs) (→Build VPP lite) |
Florin.coras (Talk | contribs) (→vpp2 config) |
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* Configure map-server address <code>6.0.3.100</code> | * Configure map-server address <code>6.0.3.100</code> | ||
+ | <vpp2.conf> script should look like this: | ||
<pre> | <pre> | ||
create host-interface name vpp2 | create host-interface name vpp2 |
Revision as of 12:15, 6 May 2016
Contents
Overview
This tutorial shows how to use VPP lite to build a simple/toy IP4 LISP overlay on an Ubuntu host using namespaces and af_packet
interfaces. The LispFlowMapping Map-Server/Resolver in ODL Beryllium is used as overlay control plane.
Requirements
- Ubuntu host
- ODL Beryllium
Topology
add pretty pic
Setup
This section explains how to build VPP lite and walks through the host, vpp and ODL configs
Build VPP lite
Assuming this is done in a vagrant vm:
cd vagrant/vpp export PLATFORM=vpp_lite make build
More details on vpp-lite and other alternative builds can be found in the alternative builds section.
Host
Create namespace and set up interface in linux
# path to vpp executable and configurations folder VPP_LITE_BIN=/home/vagrant/vpp/build-root/install-vpp_lite_debug-native/vpp/bin/vpp VPP_LITE_CONF=/etc/vpp/lite/ # make sure there are no vpp instances running pkill vpp # delete previous incarnations if they exist ip netns exec intervppns ifconfig vppbr down ip netns exec intervppns brctl delbr vppbr ip link del dev veth_vpp1 &> /dev/null ip link del dev veth_vpp2 &> /dev/null ip link del dev veth_intervpp1 &> /dev/null ip link del dev veth_intervpp2 &> /dev/null ip link del dev veth_odl &> /dev/null ip netns del vppns1 &> /dev/null ip netns del vppns2 &> /dev/null ip netns del intervppns &> /dev/null if [ "$1" == "clean" ] ; then exit 0; fi # create vpp to clients and inter-vpp namespaces ip netns add vppns1 ip netns add vppns2 ip netns add intervppns # create vpp and odl interfaces and set them in intervppns ip link add veth_intervpp1 type veth peer name intervpp1 ip link add veth_intervpp2 type veth peer name intervpp2 ip link add veth_odl type veth peer name odl ip link set dev intervpp1 up ip link set dev intervpp2 up ip link set dev odl up ip link set dev veth_intervpp1 up netns intervppns ip link set dev veth_intervpp2 up netns intervppns ip link set dev veth_odl up netns intervppns # create bridge in intervppns and add vpp and odl interfaces ip netns exec intervppns brctl addbr vppbr ip netns exec intervppns brctl addif vppbr veth_intervpp1 ip netns exec intervppns brctl addif vppbr veth_intervpp2 ip netns exec intervppns brctl addif vppbr veth_odl ip netns exec intervppns ifconfig vppbr up # create and configure 1st veth client to vpp pair ip link add veth_vpp1 type veth peer name vpp1 ip link set dev vpp1 up ip link set dev veth_vpp1 up netns vppns1 ip netns exec vppns1 \ bash -c " ip link set dev lo up ip addr add 6.0.2.2/24 dev veth_vpp1 ip route add 6.0.4.0/24 via 6.0.2.1 " # create and configure 2nd veth client to vpp pair ip link add veth_vpp2 type veth peer name vpp2 ip link set dev vpp2 up ip link set dev veth_vpp2 up netns vppns2 ip netns exec vppns2 \ bash -c " ip link set dev lo up ip addr add 6.0.4.4/24 dev veth_vpp2 ip route add 6.0.2.0/24 via 6.0.4.1 " # set odl iface ip and disable checksum offloading ifconfig odl 6.0.3.100/24 ethtool --offload odl rx off tx off # start vpp1 and vpp2 in separate chroot sudo $VPP_LITE_BIN \ unix { log /tmp/vpp1.log cli-listen \ localhost:5002 full-coredump \ exec $VPP_LITE_CONF/vpp1.conf } \ api-trace { on } chroot {prefix xtr1} sudo $VPP_LITE_BIN \ unix { log /tmp/vpp2.log cli-listen \ localhost:5003 full-coredump exec $VPP_LITE_CONF/vpp2.conf} \ api-trace { on } chroot {prefix xtr2}
vpp1 config
Create and configure the LAN and WAN facing af_packet
interfaces
- Create LAN facing
host-vpp1
and WAN facinghost-intervpp1
interfaces - Set
6.0.2.1/24
and6.0.3.1
as their respective IP4 addresses
Enable and configure LISP-GPE:
- Set WAN facing interface
host-vpp1
as locator (underlay attachment point) - Set LAN facing prefix
6.0.2.0/24
as a local EID (End-host ID - overlay address) - Configure map-server address
6.0.3.100
vpp1.conf
script should look like this:
create host-interface name vpp1 set int state host-vpp1 up set int ip address host-vpp1 6.0.2.1/24 create host-interface name intervpp1 set int state host-intervpp1 up set int ip address host-intervpp1 6.0.3.1/24 lisp gpe enable lisp locator-set add ls1 iface host-intervpp1 p 1 w 1 lisp eid-table add eid 6.0.2.0/24 locator-set ls1 lisp map-resolver add 6.0.3.100
vpp2 config
Create and configure the LAN and WAN facing af_packet
interfaces
- Create LAN facing
host-vpp2
and WAN facinghost-intervpp2
interfaces - Set
6.0.4.1/24
and6.0.3.2
as their respective IP4 addresses
Enable and configure LISP-GPE:
- Set WAN facing interface
host-vpp2
as locator (underlay attachment point) - Set LAN facing prefix
6.0.4.0/24
as a local EID (End-host ID - overlay address) - Configure map-server address
6.0.3.100
<vpp2.conf> script should look like this:
create host-interface name vpp2 set int state host-vpp2 up set int ip address host-vpp2 6.0.4.1/24 create host-interface name intervpp2 set int state host-intervpp2 up set int ip address host-intervpp1 6.0.3.2/24 lisp gpe enable lisp locator-set add ls1 iface host-intervpp2 p 1 w 1 lisp eid-table add eid 6.0.4.0/24 locator-set ls1 lisp map-resolver add 6.0.3.100
ODL Map-Server/Resolver
Test
ip netns exec vppns1 ping 6.0.4.4