EDD Test Plan-no Tester

Test Plan

for Ethnernet Demarcation Monitoring System

1 Test Object 1: VLAN

1.1 Access mode

Test Item VLAN module

Test content Access mode

Test topology

Test Steps 1.Measured equipments and PCs are connected like topological;

2.Configure tested equipments as access mode on client 1, and create vlan10：Raisecom(config)#interface client 1Raisecom(config-port)# switchport mode accessSet successfullyRaisecom(config)#create vlan 10 active Create successfully

3, configure tested equipments as trunk mode on line 1, allows all Vlans.Raisecom(config)#interface line 1Raisecom(config-port)#switchport mode trunk Set successfullyRaisecom(config-port)#switchport trunk allowed all Please input 'y' to confirm set allowed vlan:[y]ySet successfully

4, PC 1 and PC 2 ping each other.5, modify the Vlan 10 to Vlan 5 on equipment 2 client 1.6, PC 1 and PC 2 ping each other.7, modify the Vlan 5 to Vlan 10 on equipment 2 client 1.8, PC 1 and PC 2 ping each other.

Anticipated Results

1、 At step 4，PC 1 and PC 2 can ping each other；2、 At step 6，PC 1 and PC 2 can not ping each other；3、 At step 8，PC 1 and PC 2 can ping each other.

Test Results and Conclusion:

OK

1.2 Trunk mode


Test content Trunk mode

Test topology




4, PC 1 and PC 2 ping each other.5, remove Vlan 10 from the allowed list of equipment 2 line 1.6, PC 1 and PC 2 ping each other.7, add the Vlan 10 to the allowed list of equipment 2 line 1.8, PC 1 and PC 2 ping each other.9, modify both equipments client 1 from Vlan 10 to Vlan 5.10, PC 1 and PC 2 ping each other.

Anticipated Results

1, At step 4，PC 1 and PC 2 can ping each other；2, At step 6，PC 1 and PC 2 can not ping each other；3, At step 8，PC 1 and PC 2 can ping each other;4, At step 10, PC 1 and PC 2 can ping each other.


OK

1.3 Interconnection between different VLAN

VLAN module of RC551E-4GE is strict compliance with standard protocols IEEE802.1Q, but

to a certain extent, they greatly enrich and expand the practical application of the VLAN;

where can pass vlan packet with different access vlan.


Test content vlan packet with different access vlan can pass the port

Test topology

Test Steps 1. Reboot the switch, Measured equipment and test PCs are connected like topological;

2. Command：Raisecom(config)#interface line 1Raisecom(config-port)#switchport access vlan 10 Set successfullyRaisecom(config-port)#switchport access egress-allowed vlan 20 Please input 'y' to confirm set allowed vlan:[y]ySet successfullyRaisecom(config-port)#interface client 1Raisecom(config-port)#switchport access vlan 20 Set successfullyRaisecom(config-port)#switchport access egress-allowed vlan 10 Please input 'y' to confirm set allowed vlan:[y]ySet successfully

3. Port 1 and 2 of tester send layer-2 packets of tag10 and tag20, while line 1 and 2 of tester receive packets:

Anticipated Results

1. AT step 3, the test instrument line 1 and 2 can receive packets between each

other, and both of the packets are turned into untag.


OK

1.4 Flexible QinQ

Object VLAN module

Content QinQ function

Topology:

Steps (Service vlan ID 50)1. standard QinQ, Configuration on RC551E-4GE:

Raisecom(config)#create vlan 50 activeRaisecom(config)#interface client 1Raisecom(config-port)#switchport qinq dot1q-tunnelRaisecom(config-port)#switchport access vlan 50Raisecom(config-port)#exitRaisecom(config)#int line 1Raisecom(config-port)#switchport mode trunkRaisecom(config-port)#switchport trunk allowed vlan 50

And, you need to configure the PE device to cooperate with RC551E-4GE: the port connected with 551 should be configured to trunk mode, allow VLAN 50, and the native VLAN should be configured to 50.2. flexible QinQ, configuration on RC551E-4GE :

Raisecom(config)#create vlan 50 activeRaisecom(config)#interface client 1Raisecom(config-port)#switchport qinq dot1q-tunnelRaisecom(config-port)#switchport access vlan 50Raisecom(config-port)#exitRaisecom(config)#int line 1Raisecom(config-port)#switchport mode trunkRaisecom(config-port)#switchport trunk allowed vlan 50Raisecom(config-port)#switchport vlan-mapping egress 3 translate 20

3. send packet with vlan tag 5 from one PC, catch packet from the opposite, compare the vlan tag.

4. send packet with vlan tag 3 from one PC, catch packet from the opposite, compare

Object VLAN module

the vlan tag.

Anticipated result

1. The packets from Line 1 to PE should have a service tag VLAN 50, while the packets from Client 1 to User A/B will have only CVLAN.

2. at step 3, for packet with inner vlan tag 5, it was tagged by outer vlan 503. at step 4, for packet with inner vlan tag 5, it was tagged by outer vlan 20

Result OK

2 Test Object 2: 802.3ah OAM

2.1 Topology

Here, we use Demarcation device as Local Device and RC551E-4GE as Remote Device.

2.2 OAM Discover FunctionObject OAM Discover Function

Content OAM enable/disable

Pre-Condition

In default configuration, set PC1 as snmp host of Local Demarcation Device and oam event trap is enable. Print LOG_INFO at local end.

Steps 1. Enable OAM function in downlink ports of Local Demarcation Device. Local (config-port)#oam enable

2. Display OAM information in downlink ports.Local#show oamLocal#show oam peer Remote#show oamRemote#show oam peer

3. Display OAM trap information in downlink ports at Local Demarcation Device. Local #show oam trap

Anticipated Results

Step 2: PC receives discovery trap; Local#sho oam port-list 1-3 Port: 1Mode: ActiveAdministrate state: EnableOperation state: ActiveSendLocalMax OAMPDU size: 1518Config revision: 0Supported functions: Loopback, Event

Port: 2Mode: ActiveAdministrate state: EnableOperation state: OperationalMax OAMPDU size: 1518Config revision: 0

Supported functions: Loopback, Event

Port: 3Mode: ActiveAdministrate state: DisableOperation state: DisabledMax OAMPDU size: 1518Config revision: 0Supported functions: Loopback, Event

Local#sho oam peerPort: 1

Port: 2Peer MAC address: 000E.5E55.1AAAPeer vendor OUI: 000E5EPeer vendor info: 1 Peer mode: PassivePeer max OAMPDU size: 1518Peer config revision: 0Peer supported functions: Loopback, Event, Variable

Remote#sho oamPort: client1Mode: PassiveAdministrate state: EnableOperation state: OperationalMax OAMPDU size: 1518Config revision: 0Supported functions: Loopback, Event, VariablePort: client2Mode: Passive

Remote#sho oam peerPort: line1

Port: line2

Port: client1Peer MAC address: 000E.5E34.2365Peer vendor OUI: 000E5EPeer vendor info: 1 Peer mode: Active

Peer max OAMPDU size: 1518Peer config revision: 0Peer supported functions: Loopback, Event

Port: client2

Step 3: Local#sho oam trap Port: 2

Event trap: DisablePeer event trap: EnableDiscovery trap total: 1Discovery trap timestamp: 0 days, 0 hours, 22 minutesLost trap total: 0Lost trap timestamp: 0 days, 0 hours, 0 minutes

Result OK

2.3 OAM Dying Gasp Object OAM dying gasp indication function

Content OAM dying gasp

Condition As Topology and in default configuration, configure PC as snmp host of Local Demarcation Device; Local Command session can print LOG_INFO syslog.

Steps 1, Check the downlink port information ：Local#show oamRemote# show oam

2, Enable OAM trap function in downlink port：Local (config-port)#oam peer event trap enable

3, plug off the fiber between two devices4, observe the alarm reported by command line or NMS.5, recover the fiber connection.6, Plug off the remote device power and check the downlink port event information:

Local#show oam peer event

7, Plug in the remote device power, wait for the system restart. Enable OAM dying gasp indication:

Remote (config-port)#oam notify dying-gasp enable

8, observe the alarm reported by command line or NMS.

Anticipated Results

Step 1: both two devices show OAM operation state as operational. Step 3: just link fault, no dying gasp alarm.Step 6: after 1 second, PC will receive NonThreshouldEvent notification, type as

Dying gasp, Local#sho oam peer event

Port: 1

Port: 2TimeStamp: 0 days, 1 hours, 32 minutesType:dyingGaspRunningTotal: 10EventTotal: 10

ResultOK

2.4 OAM Critical Event Object OAM critical event indication

Content OAM critical event indication

Pre-condition

As Topology and in default configuration, configure PC as snmp host of Local Demarcation Device; Local Command session can print LOG_INFO syslog. oam peer event trap is enable.

Steps1. Set remote device high-temperature threshould lower than current temperator

or low-temperature threshould higher than current temperature. (check current temperature by show hardware command)

Remote(config)#alarm temperature threshold celsius low 20 high 30

Set successfully

2. Check remote device downlink port OAM event information: Local #show oam peer event

3. Set remote device high-temperature higher than current temperature, low-temperature lower than current temperature.

Anticipated Results Step 1: PC receives NonThresholdNotification.

Step 2: show recent events record.Step 3: PC receives OAMNormalTrap Notification.

Result OK

2.5 OAM Loopback Object OAM Loopback

Content Set loopback sucessfully.

Pre-condition

Except OAM, disable all auto packets generating functions as STP, TNDP, loopback-detection.

Steps 1. Configure：

Local(config-port)#oam remote-loopback

2. Check loopback state：Local#show oam loopbackRemote# show oam loopback

3. PC individually sends unicast, broadcast & multicast packets in rate of 100 packets/second for 2 seconds. Check the connected remote port statistics: Remote#show interface port xx statistics

Anticipated Results Step 1: Local(config-port)#oam remote-loopback

Set successfullyStep 2:

Local#sho oam loopback Port: 1Loopback status: NoLoopback react: Ignore

Port: 2Loopback status: RemoteLoopback react: Ignore

Remote#sho oam loopback client 1,2Port: client1Loopback status: LocalLoopback react: Process

Port: client2Loopback status: NoLoopback react: Processlocal

Step 3: Related unicast, broadcast and multicast transmit/receive increasing to 200 packets.

Result OK

2.6 Remote Event NotificationObject Remote event notification.

Pre-condition As Topology and in default configuration, configure PC as snmp host of Local Demarcation Device; Local Command session can print LOG_INFO syslog.

Steps 1. Configure remote device uplink frame error threshold as 0：Remote (config-port)#oam errored-frame-period window 60000 threshold 0Remote (config-port)#oam errored-frame window 60 threshold 0Remote (config-port)#oam errored-frame-seconds window 120 threshold 0

2. Check OAM record：Local#show oam peer event

3. Enable Remote device downlink port OAM event trap: Local (config-port)#oam peer event trap enable

4. Show Remote device port OAM event trap：Local#show oam trap

5. Configure Remote device uplink OAM event trap as disable: Remote (config-port)#oam notify errored-frame-period disableRemote (config-port)#oam notify errored-frame disableRemote (config-port)#oam notify errored-frame-seconds disable

6. Repeat Step 2

Anticipated Results

Step 1: PC does not receive trap. Step 2: Local#sho oam peer event

Port: 1

Port: 2TimeStamp: 0 days, 0 hours, 2 minutesType:erroredFrameWindow: 60Threshold: 0Value: 0RunningTotal: 0EventTotal: 25

TimeStamp: 0 days, 0 hours, 0 minutesType:erroredFrameWindow: 60Threshold: 0Value: 0RunningTotal: 0EventTotal: 23

TimeStamp: 0 days, 0 hours, 1 minutesType:erroredFrame

Window: 60Threshold: 0Value: 0 RunningTotal: 0EventTotal: 24

Step 3: PC receives traps about ThreshouldEvent Notification periodically (1 minute).Step 4: Local#sho oam trap

Port: 1Event trap: DisablePeer event trap: EnableDiscovery trap total: 0Discovery trap timestamp: 0 days, 0 hours, 0 minutesLost trap total: 0Lost trap timestamp: 0 days, 0 hours, 0 minutes

Port: 2Event trap: DisablePeer event trap: EnableDiscovery trap total: 1Discovery trap timestamp: 0 days, 0 hours, 1 minutesLost trap total: 0Lost trap timestamp: 0 days, 0 hours, 0 minutes

5．PC does not receive ThresholdEvent notification any more. 6．Show the recent traps received.

3 IEEE802.1ag CFM, Y.1731 and inservice 2544Features Tested: IEEE802.1ag CFM functions (Traceroute, Loopback, and Fault Detection)

Configurations Connect RC551E-4GE 1 Line 1 to switch 1 via a fiber; Make sure Switch 1 & 2 are both in the Core network and can PING

each other Connect RC551E-4GE 2 Line 1 to the Switch 2 via a fiber; Connect laptop serial port to RC551E-4GE 1 console port.

RC551E-4GE 1 pre-configuration:Set up IP address in VLAN 1:RC551E-4GE1#configRC551E-4GE1(config)#ip address 192.168.6.1 1Set successfully

Set up the CFM domain name as md7 in priority level 7 & service name as ma10:RC551E-4GE1(config)#ethernet cfm domain md-name md7 level 7

Set successfullyRC551E-4GE1(config)#service ma10 level 7 Set successfullyRC551E-4GE1(config-service)#exitCreate a VLAN 10 as CFM service VLAN:RC551E-4GE1(config)#create vlan 10 activeCreate successfully

RC551E-4GE1(config)#int clien 1 RC551E-4GE1(config-port)#switchport access vlan 10Set successfullyRC551E-4GE1(config-port)#exitRC551E-4GE1(config)#service ma10 level 7

Enable VLAN in CFM service:RC551E-4GE1(config-service)#service vlan-list 10 Set successfully

Set up MEP in RC551E-4GE Client 1:RC551E-4GE1(config-service)#service mep up mpid 1 client 1 Set successfully

Enable all MEP in CFM connectivity check function:RC551E-4GE1(config-service)#service cc enable mep all Set successfully

Enable RC551E-4GE MEP learning ability to learn other MEPsRC551E-4GE1(config-service)# service remote-mep learning active Set successfullyRC551E-4GE1(config-service)#exit

Enable CFM function:RC551E-4GE1(config)#ethernet cfm enable Set successfully

Set up MIP in Line 1:RC551E-4GE1(config-port)#interface line 1RC551E-4GE1(config-port)#switchport mode trunkSet successfully

RC551E-4GE1(config-port)#ethernet cfm mip level 7Set successfullyRC551E-4GE1(config-port)#exitRC551E-4GE1(config)#exitRC551E-4GE1#sho run

System current configuration:!ROS Version ROS_4.9.868.RC551E_GE.2.20090818 !command in view_mode!!command in config_mode first-stepcreate vlan 10 activeethernet cfm domain md-name md7 level 7!!command in aclmap_mode!

!command in enable_mode!!command in region_mode!!command in ip igmp profile mode!!command in service_modeservice ma10 level 7service vlan-list 10service mep up mpid 1 client 1service cc enable mep 1! !Command in vlan_group_mode!!command in port_mode!interface line 1 sfp type fiber1000 switchport mode trunkspeed 1000 duplex full ethernet cfm mip level 7!interface client 1 switchport access vlan 10 !!command in vlan configuration mode!!command in ip interface mode!!command in ospf_mode!!command in rip_mode!!command in cluster_mode!!command in cmap_mode!!command in pmap_mode!!command in config_modeip address 192.168.6.1 255.255.255.0 1 line 1 client 1ethernet cfm enable!

RC551E-4GE 2 pre-configuration:Same as RC551E-4GE 1 configuration with variations as highlighted below

Set up IP address in VLAN 1:RC551E-4GE2#configRC551E-4GE2(config)#ip address 192.168.6.4 1Set successfully

Set up the CFM domain name as md7 in priority level 7 & service name as ma10:RC551E-4GE2(config)#ethernet cfm domain md-name md7 level 7

Set successfullyRC551E-4GE2(config)#service ma10 level 7 Set successfullyRC551E-4GE2(config-service)#exitCreate a VLAN 10 as CFM service VLAN:RC551E-4GE2(config)#create vlan 10 activeCreate successfully

RC551E-4GE2(config)#int clien 1 RC551E-4GE2(config-port)#switchport access vlan 10Set successfullyRC551E-4GE2(config-port)#exitRC551E-4GE2(config)#service ma10 level 7

Enable VLAN in CFM service:RC551E-4GE2(config-service)#service vlan-list 10 Set successfully

Set up MEP in RC551E-4GE Client 1:RC551E-4GE2(config-service)#service mep up mpid 4 client 1 Set successfully

Enable all MEP in CFM connectivity check function:RC551E-4GE2(config-service)#service cc enable mep 4 Set successfully

Enable RC551E-4GE MEP learning ability to learn other MEPsRC551E-4GE2(config-service)# service remote-mep learning active Set successfully

RC551E-4GE2(config-service)#exit

Enable CFM function:RC551E-4GE2(config)#ethernet cfm enable Set successfully

Set up MIP in Line 1:RC551E-4GE2(config-port)#interface line 1RC551E-4GE2(config-port)#switchport mode trunkSet successfully

RC551E-4GE2(config-port)#ethernet cfm mip level 7Set successfullyRC551E-4GE2(config-port)#exitRC551E-4GE2(config)#exit

RC551E-4GE2#sho run

System current configuration:!ROS Version ROS_4.9.868.RC551E_GE.2.20090818 !command in view_mode!!command in config_mode first-stepcreate vlan 10 activeethernet cfm domain md-name md7 level 7!!command in aclmap_mode!!command in enable_mode!!command in region_mode!!command in ip igmp profile mode!!command in service_modeservice ma10 level 7service vlan-list 10service mep up mpid 4 client 1service cc enable mep 4! !Command in vlan_group_mode!!command in port_mode

!interface line 1 switchport mode trunkethernet cfm mip level 7!interface client 1 switchport access vlan 10 !!command in vlan configuration mode!!command in ip interface mode!!command in ospf_mode!!command in rip_mode!!command in cluster_mode!!command in cmap_mode! !command in pmap_mode!!command in config_modeip address 192.168.6.4 255.255.255.0 1 line 1 client 1ethernet cfm enable!

Display remote MEP information:Show remote MEP on RC551E-4GE 1:RC551E-4GE1# sh ethernet cfm remote-mep Maintenance Domain(MD) level:7Maintenance Domain(MD) name: md7Mpid Service Primary Vlan IfState PortState Mac Address Source Age-------------------------------------------------------------------------------------4 ma10 10 Down Up 000E.5E7F.D25A 1 0

Show remote MEP on RC551E-4GE 2:RC551E-4GE2#sho ethernet cfm remote-mep Maintenance Domain(MD) level:7Maintenance Domain(MD) name: md7Mpid Service Primary Vlan IfState PortState Mac Address Source Age-------------------------------------------------------------------------------------

1 ma10 10 Down Up 000E.5E71.AF25 4 9

PING/Loopback: RC551E-4GE1#conConfiguration mode, one command input per times. End with CTRL-Z.CONFIG-I:Configured from console ...RC551E-4GE1(config)#service ma10 level 7RC551E-4GE1(config-service)#ping mep 4Sending 5 Ethernet CFM loopback messages to 000e.5e7f.d25a, timeout is 2.5 seconds:!!!!!Success rate is 100 percent (5/5).Ping statistics from 000e.5e7f.d25a:

Received loopback replys：<5 /0 /0 > (In order/Out of order/Error)

Traceroute:RC551E-4GE1(config-service)#traceroute mep 4TTL: <64>Tracing the route to 000e.5e7f.d25a on level 7, service ma10.Traceroute send via port 2.----------------------------------------------------------------------------------Hops HostMac Ingress/EgressPort IsForwarded RelayAction NextHop ---------------------------------------------------------------------------------- 1 000e.5e71.af25 C:1/L:1 Yes rlyFdb

!2 000e.5e55.1aaa L:1/- No rlyHit

Throughput test: RC551E-4GE1(config-service)#test throughput object Expected band-wide(2Mbps-900Mbps)RC551E-4GE1(config-service)#test throughput object <2-900> Band-wide(unit:Mbps)RC551E-4GE1(config-service)#test throughput object 5 y.1731 throughput test information:Maintenance Domain Level: 7Service Instance: ma10Time out: 5 secondThroughput testing between MEP 1 in port C: 1 and remote MEP 4 start!Press <ctrl+c> to skip, throughput test will run in the background.

y.1731 throughput test result: SuccessedFar End throughput test result:Local Send(bps) Remote Recv(bps) Local Send(pps) Remote Recv(pps)---------------------------------------------------------------------------5,000,000 4,968,000 2,248 2,258 Near End throughput test result:Remote Send(bps) Local Recv(bps) Remote Send(pps) Local Recv(pps)---------------------------------------------------------------------------5,000,000 4,968,000 2,257 2,261

Delay,Delay jitter,packet loss test:Configure performance monitor:RC551E-4GE2(config-service)# service performance-monitor enableRC551E-4GE2(config-service)# service performance-monitor enable remote-mep 1

RC551E-4GE1(config-service)# service performance-monitor enableRC551E-4GE1(config-service)# service performance-monitor enable remote-mep 4

Display:

RC551E-4GE1# sho ethernet cfm performance-monitor result Maintenance Domain(MD): 1Service Instance : 1Performance monitor to remote MEP 2 :------------------------------------------------------------------------Operation <1>: Schedule Status: Active Number of Send Test: 5 Number of Successful Test: 5 Percent of Drop Pkts: 0.00%------------------------------------------------------------------------ Info of Successful Test TWO-WAY ONE-WAY(SD) ONE-WAY(DS) ------------------------------------------------------------------------ Delay Min(msec) : 1 1 1 Delay Max(msec) : 4 2 2 Delay Sum(msec) : 12 7 7 Delay Sum2(msec) : 36 11 11 Jitter Sum(msec) : 5 1 1

RC551E-4GE1# sho ethernet cfm performance-monitor statistic Maintenance Domain(MD): 1Service Instance : 1Performance monitor to remote MEP 2:------------------------------------------------------------------------Operation <1>: StartTime: 0 days, 0 : 25 : 31 Schedule Life(sec): forever Schedule Period(sec): 20 Number of Send Test: 65 Number of Successful Test: 65 Percent of Drop Pkts: 0.00%------------------------------------------------------------------------ Statistic of Schedule : TWO-WAY ONE-WAY(SD) ONE-WAY(DS) ------------------------------------------------------------------------ Delay Min(msec) : 1 1 1 Delay Max(msec) : 5 2 2 Delay Sum(msec) : 99 68 68 Delay Sum2L(msec) : 203 76 76 Delay Sum2H(msec) : 0 0 0 Jitter Sum(msec) : 44 5 5 RC551E-4GE 1 & 2 final configuration:RC551E-4GE1(config-service)#sho run

System current configuration:!ROS Version ROS_4.9.868.RC551E_GE.2.20090818 !command in view_mode!!command in config_mode first-stepcreate vlan 10 activeethernet cfm domain md-name md7 level 7!!command in aclmap_mode!!command in enable_mode!!command in region_mode!!command in ip igmp profile mode!!command in service_modeservice ma10 level 7

service vlan-list 10service remote-mep 4service mep up mpid 1 client 1service cc enable mep 1!!Command in vlan_group_mode!!command in port_mode!interface line 1 sfp type fiber1000 switchport mode trunkspeed 1000 duplex full ethernet cfm mip level 7!interface client 1 switchport access vlan 10 !!command in vlan configuration mode!!command in ip interface mode! !command in ospf_mode!!command in rip_mode!!command in cluster_mode!!command in cmap_mode!!command in pmap_mode!!command in config_modeip address 192.168.6.1 255.255.255.0 1 line 1 client 1ethernet cfm enable!

RCE-4GE2(config-service)#sho run

System current configuration:!ROS Version ROS_4.9.868.RC551E_GE.2.20090818 !command in view_mode

!!command in config_mode first-stepcreate vlan 10 activeethernet cfm domain md-name md7 level 7!!command in aclmap_mode!!command in enable_mode!!command in region_mode!!command in ip igmp profile mode!!command in service_modeservice ma10 level 7service vlan-list 10service remote-mep 1service mep up mpid 4 client 1service cc enable mep 4!!Command in vlan_group_mode!!command in port_mode!interface line 1 sfp type fiber1000 switchport mode trunkspeed 1000 duplex full ethernet cfm mip level 7!interface client 1 switchport access vlan 10 !!command in vlan configuration mode!!command in ip interface mode! !command in ospf_mode!!command in rip_mode!!command in cluster_mode

!!command in cmap_mode!!command in pmap_mode!!command in config_modeip address 192.168.6.4 255.255.255.0 1 line 1 client 1ethernet cfm enable!

Test ResultsThis test is to demonstrate that RC551E-4GE’s compliance with IEEE802.1ag CFMs & Y.1731 performance measurements. 1. The RC551E-4GE is able to find & display remote MEP description successfully.2. The RC551E-4GE is able to trace the network routes with descriptions successfully.3. The RC551E-4GE is able to achieve IEEE802.1ag CFM PING/loopback successfully.4. The RC551E-4GE is able to test the Y.1731(RFC2544) built-in throughput successfully.5. The RC551E-4GE is able to test the Y.1731 delay, delay jitter & packet loss successfully.

4 QoS

4.1 SP schedule mode

Test Object QoS

Content SP schedule mode

Topology

Pre-condition Stream 1&2&3 goes into RC551E-4GE client 1; RC551E-4GE connects PE device with line 1.

Steps 1. Configure RC551E-4GE 1 QoS mode to SPRaisecom(config)#mls qos enable

Raisecom(config)#interface client 1Raisecom(config-port)#switchport mode trunkRaisecom(config-port)#exitRaisecom(config)#interface line 1Raisecom(config-port)#switchport mode trunkRaisecom(config-port)#exitRaisecom(config)#mls qos queue scheduler spRaisecom(config)#mls qos trust cos

2. Configure strategyRaisecom(config)#class-map v10 match-anyRaisecom(config-cmap)#match vlan 10Raisecom(config-cmap)#exitRaisecom(config)#class-map v20 match-anyRaisecom(config-cmap)#match vlan 20Raisecom(config-cmap)#exitRaisecom(config)#class-map v30 match-anyRaisecom(config-cmap)#match vlan 30Raisecom(config-cmap)#exitRaisecom(config)#policy-map aaa Raisecom(config-pmap)#class-map v10Raisecom(config-pmap-c)#set cos 1Raisecom(config-pmap-c)#exitRaisecom(config-pmap)#class-map v20

Raisecom(config-pmap-c)#set cos 2Raisecom(config-pmap-c)#exitRaisecom(config-pmap)#class-map v30Raisecom(config-pmap-c)#set cos 3Raisecom(config-pmap-c)#exitRaisecom(config-pmap)#exitRaisecom(config)#service-policy bbb ingress client 1

Anticipated Result

Only stream 3 will be received from the other end.

Result

4.2 WRR schedule mode

Test Object QoS

Content WRR schedule mode

Topology

Pre-condition Stream 1&2&3 goes into RC551E-4GE client 1; RC551E-4GE connect PE device with line 1.

Steps 1. Configure RC551E-4GE 1 QoS mode to SPRaisecom(config)#mls qos enable

Raisecom(config)#interface client 1Raisecom(config-port)#switchport mode trunkRaisecom(config-port)#exitRaisecom(config)#interface line 1Raisecom(config-port)#switchport mode trunkRaisecom(config-port)#exitRaisecom(config)#mls qos queue scheduler wrrRaisecom(config)#mls qos queue wrr 1 3 5 7Raisecom(config)#mls qos mapping cos 1 to localpriority 1Raisecom(config)#mls qos mapping cos 2 to localpriority 2Raisecom(config)#mls qos mapping cos 3 to localpriority 3

Use show mls qos mapping cos and show mls qos mapping localpriority to see the mapping information.

2. Configure strategyThis part is same to 4.1 step2 strategy configuration.

Anticipated Result

Stream 1&2&3 ratio: 1:3:5

Result

Besides QoS, you can use the command below to do rate limit and realize quality assurance:Raisecom(config)#rate-limit vlan 10 200 50

5 Dual-Stack Object Dual-Stack

Content User-network diagnostics mode.

Topology

Stream 1&2&3 go into RC551E-4GE client 1 and line 1

Steps 1. Set 551 client side allow only VLAN 10, line side allow only VLAN 20.Raisecom(config)#user-network diagnosticsRaisecom(config-usrnet)#diagnose client 1 send-tag 8100 10 1Raisecom(config-usrnet)#diagnose line 1 receive-tag 8100 20Raisecom(config-usrnet)#exit save-diagconfig

2. Set related port to trunk modeRaisecom(config)#create vlan 10,20,30 activeRaisecom(config)#interface client 1Raisecom(config-port)#switchport mode trunkRaisecom(config-port)#exitRaisecom(config)#int line 1Raisecom(config-port)#switport mode trunk

3. Configure mirror port for data monitoringRaisecom(config)#mirror enableRaisecom(config)#mirror source-port-list ingress client 1 Raisecom(config)#mirror monitor-port client 2Check the packets VLAN Tag on client 2.

4. Change mirror source port to line 1Raisecom(config)#mirror enableRaisecom(config)#mirror source-port-list ingress line 1 Raisecom(config)#mirror monitor-port client 2Check the packets VLAN Tag on client 2.

Anticipated result

Step 3, only packets with VLAN tag 10 can be received.Step 4, only packets with VLAN tag 20 can be received

Result

6 Network ManagementObject Network management

Content Show NMS operation and ability on information collection

Topology N/A

Steps 1. Install Nview software on PC. Ref. Raisecom NMS user manual for detailed installation guide.

2. Install RC551E-4GE EMS on PC. Ref. related EMS user manual for more info. Connect 551E-4GE with PC and find it on Nview system.

3. Show RC551E-4GE operation windows on NMS platform, like:

4. Show RC551E-4GE information display page, like

Result

7 .Rate limit

Test Item Rate Limit

Test content Rate Limit

Test topology

Test Item Rate Limit




4, PC 1 and PC 2 ping each other.5, config rate limit as 1Mbps.

Raisecom(config)#rate-limit client 1 egress 10246, PC 1 download a file from PC 2 by Http.7, config rate litmit as 64kbps.

Raisecom(config)#rate-limit client 1 egress 648, PC 1 download a file from PC 2 by Http

Anticipated Results

1, At step 4，PC 1 and PC 2 can ping each other；2, At step 6，the download speed should around 125KB/s；3,At step 8，the download speed should around 8KB/s.


OK

Date post:	27-Oct-2015
Category:	Documents
Upload:	ega-sykes
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