基于官方指导教程。ubuntu18.04，已安装vpp并测试，已有startup1.conf、startup2.conf（可以放在/etc/vpp路径下）。root权限操作。

一 运行VPP

启动

/usr/bin/vpp -c startup1.conf

运行VPP shell，进入vpp#

vppctl -s /run/vpp/cli-vpp1.sock

二 创建Interface

（vpp1，连接linux系统的veth interface通过AF_PACKET）

在 Linux 中，有一种接口调用“veth”。将“veth”接口视为具有两端（而不是一个）的接口。创建一个 veth 接口，一端名为vpp1out，另一端名为vpp1host

$ ip link add name vpp1out type veth peer name vpp1host

启动interface

$ ip link set dev vpp1out up $ ip link set dev vpp1host up

配置ip地址

$ ip addr add 10.10.1.1/24 dev vpp1host $ ip addr show vpp1host # 删除接口ipv4地址 vpp# set interface ip address del eth0 172.16.2.12/24 # 删除接口ipv4 and ipv6 vpp# set interface ip address del eth0 all

VPP创建interface（类型：host-interface，连接到vpp1out上），查看Interface已创建

vpp# create host-interface name vpp1out vpp# show hardware

VPP启动interface，查看interface状态（比show hardware多看到MTU）

vpp# set int state host-vpp1out up vpp# show int

VPP配置interface IP地址，查看interface的IP地址

vpp# set int ip address host-vpp1out 10.10.1.2/24 vpp# show int addr

三 trace追踪包

VPP先查看记录，清除之前的记录

vpp# show trace vpp# clear trace

VPP设置trace过滤器（没用到）

vpp# trace filter <include NODE COUNT | exclude NODE COUNT | none>

Q：trace filter none可以，其他的好像不行？是过滤节点数量吗？参考trace filter

VPP建立trace（指定追踪节点，追踪包数量）

vpp# trace add af-packet-input 10

支持trace的节点
af-packet-input

avf-input

bond-process

dpdk-crypto-input

dpdk-input

handoff-trace

ixge-input

memif-input

mrvl-pp2-input

netmap-input

p2p-ethernet-input

pg-input

punt-socket-rx

rdma-input

session-queue

tuntap-rx

vhost-user-input

virtio-input

vmxnet3-input

linux ping或者vpp ping，查看trace

vpp 中的ping不可以用-c指定数量

$ ping -c 1 10.10.1.2 vpp# ping 10.10.1.1vpp# show trace

trace内容解释（待补充）
时间、节点、包格式……（主要看下节点ip4-lookup、ip4-rewrite）

Packet 105:05:52:711808: af-packet-inputaf_packet: hw_if_index 1 next-index 4tpacket2_hdr:status 0x20000001 len 98 snaplen 98 mac 66 net 80sec 0x6205d002 nsec 0x5f8011d vlan 0 vlan_tpid 0 05:05:52:711853: ethernet-inputIP4: f6:e3:e8:ef:9a:8d -> 02:fe:1b:ef:0a:d4 05:05:52:711863: ip4-inputICMP: 10.10.1.1 -> 10.10.2.2tos 0x00, ttl 64, length 84, checksum 0x7d7f dscp CS0 ecn NON_ECNfragment id 0xa613, flags DONT_FRAGMENTICMP echo_request checksum 0xfaed id 21893 05:05:52:711873: ip4-lookupfib 0 dpo-idx 5 flow hash: 0x00000000ICMP: 10.10.1.1 -> 10.10.2.2tos 0x00, ttl 64, length 84, checksum 0x7d7f dscp CS0 ecn NON_ECNfragment id 0xa613, flags DONT_FRAGMENTICMP echo_request checksum 0xfaed id 21893 05:05:52:711883: ip4-rewritetx_sw_if_index 2 dpo-idx 5 : ipv4 via 10.10.2.2 memif0/0: mtu:9000 next:4 02fe5f8a02f702fe42b3b6930800 flow hash: 0x0000000000000000: 02fe5f8a02f702fe42b3b693080045000054a61340003f017e7f0a0a01010a0a00000020: 02020800faed5585000102d0056200000000df860100000000001011 05:05:52:711887: memif0/0-outputmemif0/0 IP4: 02:fe:42:b3:b6:93 -> 02:fe:5f:8a:02:f7ICMP: 10.10.1.1 -> 10.10.2.2tos 0x00, ttl 63, length 84, checksum 0x7e7f dscp CS0 ecn NON_ECNfragment id 0xa613, flags DONT_FRAGMENTICMP echo_request checksum 0xfaed id 21893

在vpp里可以抓包，文件在/tmp路径

# 抓1000个包，写入文件vppcapture pcap dispatch trace on max 1000 file vppcapture buffer-trace dpdk-input 1000 pcap dispatch trace off

VPP查看ARP表（邻接表）

vpp# show ip neighbors Time IP4 Flags Ethernet Interface 1101.5636 10.10.1.1 D e2:0f:1e:59:ec:f7 host-vpp1out

VPP查看路由表

（第一行vrf没看懂）
目的网络
单播/多播
Q:dpo-load-balance
dpo-load-balance[协议 序号 Q:buckets 单播反向路由查找 to via ]
Q:动作？dpo-drop / ipv4 via 10.10.1.1 host-vpp1out / ipv4-glean/dpo-receive

vpp# show ip fibipv4-VRF:0, fib_index:0, flow hash:[src dst sport dport proto ] locks:[src:plugin-hi:2, src:adjacency:1, src:default-route:1, ]0.0.0.0/0 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:1 buckets:1 uRPF:0 to:[0:0]][0] [@0]: dpo-drop ip40.0.0.0/32 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:2 buckets:1 uRPF:1 to:[0:0]][0] [@0]: dpo-drop ip410.10.1.0/32 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:10 buckets:1 uRPF:9 to:[0:0]][0] [@0]: dpo-drop ip410.10.1.1/32 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:13 buckets:1 uRPF:12 to:[5:420] via:[2:168]][0] [@5]: ipv4 via 10.10.1.1 host-vpp1out: mtu:9000 e20f1e59ecf702fed975d5b4080010.10.1.0/24 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:9 buckets:1 uRPF:8 to:[0:0]][0] [@4]: ipv4-glean: host-vpp1out: mtu:9000 ffffffffffff02fed975d5b4080610.10.1.2/32 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:12 buckets:1 uRPF:13 to:[7:588]][0] [@2]: dpo-receive: 10.10.1.2 on host-vpp1out10.10.1.255/32 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:11 buckets:1 uRPF:11 to:[0:0]][0] [@0]: dpo-drop ip4224.0.0.0/4 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:4 buckets:1 uRPF:3 to:[0:0]][0] [@0]: dpo-drop ip4240.0.0.0/4 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:3 buckets:1 uRPF:2 to:[0:0]][0] [@0]: dpo-drop ip4255.255.255.255/32 unicast-ip4-chain [@0]: dpo-load-balance: [proto:ip4 index:5 buckets:1 uRPF:4 to:[0:0]][0] [@0]: dpo-drop ip4

四 连接两个VPP

vpp1和vpp2都已运行

VPP1创建interface（类型：memif ；id ；角色：master）

这个interface name是memif0/0，master是vpp1在memif0/0中的角色

vpp# create interface memif id 0 master

VPP1启动memif0/0，添加IP，查看interface

vpp# set int state memif0/0 up vpp# set int ip address memif0/0 10.10.2.1/24 vpp# show int vpp# show int addr

VPP2创建interface（类型：memif ；id ；角色：slave）

vpp# create interface memif id 0 slave

VPP2启动memif0/0，添加IP，查看interface（除了IP，其他和VPP1一样）

vpp# set int ip address memif0/0 10.10.2.2/24

VPP1与2互相ping

vpp# ping 10.10.2.2 vpp# ping 10.10.2.1

五 添加路由，拉通linux到VPP2（通过VPP1）

linux添加路由，目的地址是10.10.2.0/24，下一跳是10.10.1.2（vpp1）

$ ip route add 10.10.2.0/24 via 10.10.1.2$ ip route

VPP2设置返回路由，目的地址是10.10.1.0/24，下一跳是10.10.2.1（vpp1）

vpp# ip route add 10.10.1.0/24 via 10.10.2.1

主机pingVPP2，trace追踪包
VPP1与VPP2之间用 memif driver，主机和VPP1之间用af-packet driver（Q:这两个是啥？）
要跟踪来自主机的数据包，使用af-packet-input；从vpp1到vpp2，使用memif-input。

# VPP1 vpp# trace add af-packet-input 10# VPP2 vpp# trace add memif-input 10# host ping vpp2 $ ping 10.10.2.2# show trace vpp# show trace vpp# clear trace

六 switch

清除之前的配置

$ ps -ef | grep vpp | awk '{print $2}'| xargs sudo kill $ sudo ip link del dev vpp1host $ # do the next command if you are cleaning up from this example $ sudo ip link del dev vpp1vpp2

运行 FD.io VPP 实例
运行一个名为vpp1的 vpp 实例

$ /usr/bin/vpp -c startup1.conf $ vppctl -s /run/vpp/cli-vpp1.sock

运行一个名为vpp2的 vpp 实例

$ /usr/bin/vpp -c startup2.conf $ vppctl -s /run/vpp/cli-vpp2.sock

将 vpp1 连接到主机
创建一个 veth，一端命名为 vpp1host，另一端命名为 vpp1out。
将 vpp1out 连接到 vpp1
在vpp1host上添加ip地址10.10.1.1/24

$ ip link add name vpp1out type veth peer name vpp1host $ ip link set dev vpp1out up $ ip link set dev vpp1host up $ ip addr add 10.10.1.1/24 dev vpp1host vpp# create host-interface name vpp1out host-vpp1out vpp# set int state host-vpp1out up

将 vpp1 连接到 vpp2
创建一个 veth，一端命名为 vpp1vpp2，另一端命名为 vpp2vpp1。
将 vpp1vpp2 连接到 vpp1。
将 vpp2vpp1 连接到 vpp2。

$ ip link add name vpp2vpp1 type veth peer name vpp1vpp2 $ ip link set dev vpp1vpp2 up $ ip link set dev vpp2vpp1 up

vpp1

vpp# create host-interface name vpp1vpp2 host-vpp1vpp2 vpp# set int state host-vpp1vpp2 up vpp# show bridge-domin

vpp2

vpp# create host-interface name vpp2vpp1 host-vpp2vpp1 vpp# set int state host-vpp2vpp1 up

在 vpp1 上配置网桥域
如果只有默认的0，创建bridge domain 1

vpp# show bridge-domain vpp# set int l2 bridge host-vpp1out 1 vpp# set int l2 bridge host-vpp1vpp2 1 vpp# show bridge-domain 1 detail BD-ID Index BSN Age(min) Learning U-Forwrd UU-Flood Flooding ARP-Term arp-ufwd BVI-Intf 1 1 off on on flood on off off N/A span-l2-input l2-input-classify l2-input-feat-arc l2-policer-classify l2-input-acl vpath-input-l2 l2-ip-qos-record l2-input-vtr l2-gbp-lpm-classify gbp-src-classify gbp-null-classify l2-gbp-lpm-anon-classify gbp-learn-l2 l2-emulation l2-learn l2-rw l2-fwd gbp-fwd l2-flood l2-flood l2-output Interface If-idx ISN SHG BVI TxFlood VLAN-Tag-Rewrite host-vpp1out 1 1 0 - * none host-vpp1vpp2 2 1 0 - * none

在 vpp2 上配置环回接口

vpp# create loopback interface loop0

将ip地址10.10.1.2/24添加到vpp2接口loop0。将 vpp2 上的接口 loop0 的状态设置为“up”

vpp# set int ip address loop0 10.10.1.2/24 vpp# set int state loop0 up

删除用del loopback interface intfc loop0

在 vpp2 上配置网桥域
检查以查看第一个可用的网桥域 ID（在这种情况下为 1）将接口 loop0 作为网桥虚拟接口 (bvi) 添加到网桥域 1，将接口 vpp2vpp1 添加到桥接域 1

vpp# set int l2 bridge loop0 1 bvi vpp# set int l2 bridge host-vpp2vpp1 1

从主机 ping 到 vpp 和 vpp 到主机
在 vpp1 和 vpp2 上添加跟踪
从主机 ping 到 10.10.1.2
检查并清除 vpp1 和 vpp2 上的跟踪

vpp1&vpp2

vpp# show trace ------------------- Start of thread 0 vpp_main ------------------- No packets in trace buffer vpp# clear trace vpp# trace add af-packet-input 10

vpp1

vpp# show trace ------------------- Start of thread 0 vpp_main ------------------- Packet 100:37:05:332912: af-packet-inputaf_packet: hw_if_index 1 next-index 4tpacket2_hdr:status 0x20000001 len 98 snaplen 98 mac 66 net 80sec 0x6209b8f7 nsec 0x2c877061 vlan 0 vlan_tpid 0 00:37:05:332955: ethernet-inputIP4: 12:9c:88:4f:ee:2d -> de:ad:00:00:00:00 00:37:05:332963: l2-inputl2-input: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d [l2-learn l2-fwd l2-flood l2-flood ] 00:37:05:332969: l2-learnl2-learn: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d bd_index 1 00:37:05:332973: l2-fwdl2-fwd: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d bd_index 1 result [0x1220000000002, 2] none 00:37:05:332978: l2-outputl2-output: sw_if_index 2 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d data 08 00 45 00 00 54 d5 9e 40 00 40 01 00:37:05:332981: host-vpp1vpp2-outputhost-vpp1vpp2 IP4: 12:9c:88:4f:ee:2d -> de:ad:00:00:00:00ICMP: 10.10.1.1 -> 10.10.1.2tos 0x00, ttl 64, length 84, checksum 0x4ef4 dscp CS0 ecn NON_ECNfragment id 0xd59e, flags DONT_FRAGMENTICMP echo_request checksum 0xbe0d id 23197Packet 200:37:05:333367: af-packet-inputaf_packet: hw_if_index 2 next-index 4tpacket2_hdr:status 0x20000001 len 98 snaplen 98 mac 66 net 80sec 0x6209b8f7 nsec 0x2c968233 vlan 0 vlan_tpid 0 00:37:05:333374: ethernet-inputIP4: de:ad:00:00:00:00 -> 12:9c:88:4f:ee:2d 00:37:05:333379: l2-inputl2-input: sw_if_index 2 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 [l2-learn l2-fwd l2-flood l2-flood ] 00:37:05:333383: l2-learnl2-learn: sw_if_index 2 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 bd_index 1 00:37:05:333385: l2-fwdl2-fwd: sw_if_index 2 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 bd_index 1 result [0x1220000000001, 1] none 00:37:05:333387: l2-outputl2-output: sw_if_index 1 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 data 08 00 45 00 00 54 87 9f 40 00 40 01 00:37:05:333389: host-vpp1out-outputhost-vpp1out IP4: de:ad:00:00:00:00 -> 12:9c:88:4f:ee:2dICMP: 10.10.1.2 -> 10.10.1.1tos 0x00, ttl 64, length 84, checksum 0x9cf3 dscp CS0 ecn NON_ECNfragment id 0x879f, flags DONT_FRAGMENTICMP echo_reply checksum 0xc60d id 23197vpp# show l2fib verboseMac-Address BD-Idx If-Idx BSN-ISN Age(min) static filter bvi Interface-Name 56:dd:cb:23:8c:da 1 2 0/1 - - - - host-vpp1vpp2 de:ad:00:00:00:00 1 2 0/1 - - - - host-vpp1vpp2 12:9c:88:4f:ee:2d 1 1 0/1 - - - - host-vpp1out 8a:1f:7d:cb:0e:3f 1 1 0/1 - - - - host-vpp1out L2FIB total/learned entries: 4/4 Last scan time: 0.0000e0sec Learn limit: 16777216

vpp2

vpp# show trace ------------------- Start of thread 0 vpp_main ------------------- Packet 100:36:04:423430: af-packet-inputaf_packet: hw_if_index 1 next-index 4tpacket2_hdr:status 0x20000001 len 98 snaplen 98 mac 66 net 80sec 0x6209b8f7 nsec 0x2c922ba5 vlan 0 vlan_tpid 0 00:36:04:423456: ethernet-inputIP4: 12:9c:88:4f:ee:2d -> de:ad:00:00:00:00 00:36:04:423466: l2-inputl2-input: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d [l2-learn l2-fwd l2-flood l2-flood ] 00:36:04:423470: l2-learnl2-learn: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d bd_index 1 00:36:04:423473: l2-fwdl2-fwd: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d bd_index 1 result [0x700000002, 2] static age-not bvi 00:36:04:423479: ip4-inputICMP: 10.10.1.1 -> 10.10.1.2tos 0x00, ttl 64, length 84, checksum 0x4ef4 dscp CS0 ecn NON_ECNfragment id 0xd59e, flags DONT_FRAGMENTICMP echo_request checksum 0xbe0d id 23197 00:36:04:423489: ip4-lookupfib 0 dpo-idx 7 flow hash: 0x00000000ICMP: 10.10.1.1 -> 10.10.1.2tos 0x00, ttl 64, length 84, checksum 0x4ef4 dscp CS0 ecn NON_ECNfragment id 0xd59e, flags DONT_FRAGMENTICMP echo_request checksum 0xbe0d id 23197 00:36:04:423512: ip4-localICMP: 10.10.1.1 -> 10.10.1.2tos 0x00, ttl 64, length 84, checksum 0x4ef4 dscp CS0 ecn NON_ECNfragment id 0xd59e, flags DONT_FRAGMENTICMP echo_request checksum 0xbe0d id 23197 00:36:04:423518: ip4-icmp-inputICMP: 10.10.1.1 -> 10.10.1.2tos 0x00, ttl 64, length 84, checksum 0x4ef4 dscp CS0 ecn NON_ECNfragment id 0xd59e, flags DONT_FRAGMENTICMP echo_request checksum 0xbe0d id 23197 00:36:04:423522: ip4-icmp-echo-requestICMP: 10.10.1.1 -> 10.10.1.2tos 0x00, ttl 64, length 84, checksum 0x4ef4 dscp CS0 ecn NON_ECNfragment id 0xd59e, flags DONT_FRAGMENTICMP echo_request checksum 0xbe0d id 23197 00:36:04:423529: ip4-load-balancefib 0 dpo-idx 2 flow hash: 0x00000000ICMP: 10.10.1.2 -> 10.10.1.1tos 0x00, ttl 64, length 84, checksum 0x9cf3 dscp CS0 ecn NON_ECNfragment id 0x879f, flags DONT_FRAGMENTICMP echo_reply checksum 0xc60d id 23197 00:36:04:423532: ip4-rewritetx_sw_if_index 2 dpo-idx 2 : ipv4 via 10.10.1.1 loop0: mtu:9000 next:3 129c884fee2ddead000000000800 flow hash: 0x0000000000000000: 129c884fee2ddead00000000080045000054879f400040019cf30a0a01020a0a00000020: 01010000c60d5a9d0001f7b809620000000014660b00000000001011 00:36:04:423536: loop0-outputloop0 IP4: de:ad:00:00:00:00 -> 12:9c:88:4f:ee:2dICMP: 10.10.1.2 -> 10.10.1.1tos 0x00, ttl 64, length 84, checksum 0x9cf3 dscp CS0 ecn NON_ECN 0000000000: 129c884fee2ddead00000000080045000054879f400040019cf30a0a01020a0a00000020: 01010000c60d5a9d0001f7b809620000000014660b00000000001011 00:36:04:423536: loop0-outputloop0 IP4: de:ad:00:00:00:00 -> 12:9c:88:4f:ee:2dICMP: 10.10.1.2 -> 10.10.1.1tos 0x00, ttl 64, length 84, checksum 0x9cf3 dscp CS0 ecn NON_ECNfragment id 0x879f, flags DONT_FRAGMENTICMP echo_reply checksum 0xc60d id 23197 00:36:04:423544: l2-inputl2-input: sw_if_index 2 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 [l2-fwd l2-flood l2-flood ] 00:36:04:423546: l2-fwdl2-fwd: sw_if_index 2 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 bd_index 1 result [0x1210000000001, 1] none 00:36:04:423547: l2-outputl2-output: sw_if_index 1 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 data 08 00 45 00 00 54 87 9f 40 00 40 01 00:36:04:423550: host-vpp2vpp1-outputhost-vpp2vpp1 IP4: de:ad:00:00:00:00 -> 12:9c:88:4f:ee:2dICMP: 10.10.1.2 -> 10.10.1.1tos 0x00, ttl 64, length 84, checksum 0x9cf3 dscp CS0 ecn NON_ECNfragment id 0x879f, flags DONT_FRAGMENTICMP echo_reply checksum 0xc60d id 23197Packet 200:36:09:639349: af-packet-inputaf_packet: hw_if_index 1 next-index 4tpacket2_hdr:status 0x20000001 len 42 snaplen 42 mac 66 net 80sec 0x6209b8fc nsec 0x397195c8 vlan 0 vlan_tpid 0 00:36:09:639370: ethernet-inputARP: 12:9c:88:4f:ee:2d -> de:ad:00:00:00:00 00:36:09:639381: l2-inputl2-input: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d [l2-learn l2-fwd l2-flood l2-flood ] 00:36:09:639386: l2-learnl2-learn: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d bd_index 1 00:36:09:639390: l2-fwdl2-fwd: sw_if_index 1 dst de:ad:00:00:00:00 src 12:9c:88:4f:ee:2d bd_index 1 result [0x700000002, 2] static age-not b vi 00:36:09:639398: arp-inputrequest, type ethernet/IP4, address size 6/412:9c:88:4f:ee:2d/10.10.1.1 -> 00:00:00:00:00:00/10.10.1.2 00:36:09:639402: arp-replyrequest, type ethernet/IP4, address size 6/412:9c:88:4f:ee:2d/10.10.1.1 -> 00:00:00:00:00:00/10.10.1.2 00:36:09:639443: loop0-outputloop0 ARP: de:ad:00:00:00:00 -> 12:9c:88:4f:ee:2dreply, type ethernet/IP4, address size 6/4de:ad:00:00:00:00/10.10.1.2 -> 12:9c:88:4f:ee:2d/10.10.1.1 00:36:09:639450: l2-inputl2-input: sw_if_index 2 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 [l2-fwd l2-flood l2-flood ] 00:36:09:639453: l2-fwdl2-fwd: sw_if_index 2 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 bd_index 1 result [0x1210000000001, 1] none 00:36:09:639455: l2-outputl2-output: sw_if_index 1 dst 12:9c:88:4f:ee:2d src de:ad:00:00:00:00 data 08 06 00 01 08 00 06 04 00 02 de ad 00:36:09:639458: host-vpp2vpp1-outputhost-vpp2vpp1 ARP: de:ad:00:00:00:00 -> 12:9c:88:4f:ee:2dreply, type ethernet/IP4, address size 6/4de:ad:00:00:00:00/10.10.1.2 -> 12:9c:88:4f:ee:2d/10.10.1.1vpp# show l2fib verboseMac-Address BD-Idx If-Idx BSN-ISN Age(min) static filter bvi Interface-Name de:ad:00:00:00:00 1 2 0/0 no * - * loop0 12:9c:88:4f:ee:2d 1 1 0/1 - - - - host-vpp2vpp1 8a:1f:7d:cb:0e:3f 1 1 0/1 - - - - host-vpp2vpp1 L2FIB total/learned entries: 3/2 Last scan time: 0.0000e0sec Learn limit: 16777216

从 vpp2 ping 到 10.10.1.1
检查并清除 vpp1 和 vpp2 上的跟踪
vpp1

vpp# show l2fib verbose Mac-Address BD-Idx If-Idx BSN-ISN Age(min) static filter bvi Interface-Name 56:dd:cb:23:8c:da 1 2 0/1 - - - - host-vpp1vpp2 4e:db:02:b3:65:58 1 2 0/1 - - - - host-vpp1vpp2 de:ad:00:00:00:00 1 2 0/1 - - - - host-vpp1vpp2 12:9c:88:4f:ee:2d 1 1 0/1 - - - - host-vpp1out 8a:1f:7d:cb:0e:3f 1 1 0/1 - - - - host-vpp1out L2FIB total/learned entries: 5/5 Last scan time: 0.0000e0sec Learn limit: 16777216

vpp2

vpp# show l2fib verbose Mac-Address BD-Idx If-Idx BSN-ISN Age(min) static filter bvi Interface-Name 56:dd:cb:23:8c:da 1 1 0/1 - - - - host-vpp2vpp1 4e:db:02:b3:65:58 1 1 0/1 - - - - host-vpp2vpp1 de:ad:00:00:00:00 1 2 0/0 no * - * loop0 12:9c:88:4f:ee:2d 1 1 0/1 - - - - host-vpp2vpp1 8a:1f:7d:cb:0e:3f 1 1 0/1 - - - - host-vpp2vpp1 L2FIB total/learned entries: 5/4 Last scan time: 0.0000e0sec Learn limit: 16777216

总结

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