testing report for vms 3g sw project 2011-3-11 final

7/31/2019 Testing Report for VMS 3G SW Project 2011-3-11 Final

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Testing Result for VMS 3G SWITCH Project

Mac table Capability Test

Test No. 1

Test item Mac table Capability Test

Testpurpose

To test the capability of Mac table

TestEnvironment

DUT

SMB-

6000B

1 2

A B

TestProcedure

1. Build the test environment according to the figure mentioned above.

2. Config port1 and port2 in the same vlan10.

3. Send 16k packets from tester port A to port 1 with source Mac changed

ExpectedResult

1. After step 3the switch can learn 16K source Mac

Test Result Passed Partially Passed Failed Not Tested

Remarks 1. The configuration of DUT

2. The Tester Configuration

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3. The Result:

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Tested by VMS-MobiFone: Vendor:ISTT

1. Basic function of VLAN (802.1Q tag-based)Test No. 2

Test item Basic function of VLAN

Testpurpose

To test thebasic function of VLAN

TestEnvironment

Tester

1 2

A B

DUT

TestProcedure


2. Configure the port 1 and 2 join in vlan 1-4094, send 4094 streams with different vidfrom port A and B, check the result

3. Reload the switch after saving Configuration

ExpectedResult

1. In step 2, can learn about 4094 mac-address with different vid

2. In step 3, the mac-address will be lost but the Configuration of vlan wont be lost



2. The 4094 mac-address with different vid

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3. The tester configuration

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4. In step 3, the mac-address will be lost but the Configuration of vlan wont be lost


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2. QinQ

Test No. 3

Test item QinQ

Testpurpose

To test the QinQ function.

TestEnvironment

Agilent

DUT

Port1

Port26

101/1

101/3

TestProcedure

1.Build the test environment according to the figure mentioned above.

2.Configure QinQ on DUT with client port 1 and uplink port 26 with VLAN 100.

3. Send stream from port 101/1 of Agilent with VLAN 10.

4.Observe receiving stream on port 101/3 of Agilent.

ExpectedResult 1. In step 4 stream with 2 VLAN tags should be observed.



set vlan 10 add port 1 untag

set vlan 100 add port 1 untag

set vlan 100 add port 26 tag

set vlan qinq customer port 1 enable

set vlan qinq uplink port 26 enable


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3. The result

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3. Private VLAN

Test No. 4

Test item VLAN function

Testpurpose

To test the PVLAN based isolation of clients

TestEnvironment

192.168.1.1

PC1

192.168.1.2

PC2

192.168.1.100

PC3

DUT

Port1

Port2

Port25

TestProcedure 1. Build the test environment according to the figure mentioned above.2. Make sure PC1 and PC2 can ping PC3.

3. Add Port1, Port2 and Port 25 of the DUT to VLAN 10. Configure PVLAN. Set Port1and Port2 to the isolate port and Port25 to the promiscuous port.

set pvlan se 1 add promiscuous port 25 isolate-port 1-2

set pvlan se 1 clear-config

4. Make PC1 and PC2 ping each other and also ping PC3.

ExpectedResult

1. In Step 4, both PC1 and PC2 can Agilent, but they cannot ping each other.

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Remarks1. The configuration of DUT

set vlan pvlan session 1 promis-port 26 isolate-port 1-2


3. The result

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4. Jumbo FrameTest No. 5

Test item Jumbo Frame test

Testpurpose

To test the function of jambo frame

TestEnvironment

Tester

1 2

A B

DUT

TestProcedure


2. Configure the port 1 and 2 in the same vlan, and enable the jambo frame function.

3. Send the frame size of 9K bytes from testers port A.

ExpectedResult

1. In step 3, the testers PortB can receive the frame from Port A.



set jumbo port 1 enable

set jumbo port 2 enable

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3. The result

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Support to IGMP SNOOPING Function

Test No. 6

Test item IGMP SNOOPING Function Test

Test purpose To test function of IGMP SNOOPING

Test

Environmen

t

PC1

PC2

Multicast Group

224.1.1.1

MulticastServer

DUT

Port1

Port2

Port25

Multicast Group

224.1.1.1

Test

Procedure

1. Set up the test environment according to the diagram.

2. Configure DUT3 port 1-2 in the same vlan 10, Add DUT port 2 to the group of

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224.1.1.1.

3. Send multicast flow from multicast server. Check the flow receiving status of PC1, PC2.

4. Add DUT port 1 to the group of 224.1.1.1, and check the flow receiving status of PC1,PC2.

5. Send the leaving-group request from port PC2 and check the flow receiving status of

PC1, PC2.

Expected

Result

1. In step 3: Only ports PC2 can receive the multicast flows.

2. In step 4: Both PC1 and PC2 can receive the multicast flows.

3. In step 5: PC1 can receive the multicast flow, but PC2 cannot receive.



zte(cfg)#set vlan 10 add port 1-2,25

zte(cfg)#set port 1,2,25 pvid 10

zte(cfg)#set vlan 10 ena

zte(cfg)#set igmp snooping enable

zte(cfg)#set igmp snooping add vlan 10

zte(cfg)#set port 1 multicast-filter enable

zte(cfg)#set port 2 multicast-filter enable


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4. Only ports PC2 can receive the multicast flows.

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5. Both PC1 and PC2 can receive the multicast flows.

6. PC1 can receive the multicast flow, but PC2 cannot receive.


Capability of transmiting test (Whole Switch Port)

Test No. 7

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Test item Capability of transmiting test

Test

purpose

Capability of transmiting test

TestEnvironment

TestProcedure


2. Build the topology of S in switch , test the RFC2544.

ExpectedResult

2. After step 2 the frame lost should be zero, the Latency should below 200us. the

throughput should be 100%, the jitter should be less than 10ms


Remarks

RFC2544.7z


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5. PQ function

Test No. 8

Test item QoS

Testpurpose

To test the priority queue functioning, create several queues with different priority, lowestpriority traffic should be dropped.

TestEnvironment

Port1

Port26

101/1

101/3

Agilent

DUT

Port25101/2

TestProcedure


2. Configure like this in DUT:

3. Port 101/1 send 3 streams :

Stream1: 30Mbps, priority = 3



4. Port 101/2 send 4 streams :





5. Check the received streams of port 101/3, build graph on Agilent.

ExpectedResult

1. In step5, port 4 receives streams:

Stream1: about 330Mbps, priority = 3





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set qos queue-schedule port 28 default

set qos priority-mapping port 1 trust-mode user-priorityset qos priority-mapping port 27 trust-mode user-priority


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3. The result


6. Policing Test Based 802.1p

Test No. 9

Test item QoS

Testpurpose

To test Triple play test based 802.1p, observe appripriate traffic shaping.

TestEnvironme

nt

Agilent

DUT

Port1

Port26

101/1

101/3

TestProcedure


2.Configure Port 1 and Port 26 in trunk mode, and belong to VLAN 100.

3. Port 101/3 simulated three services: HSI/IPTV/VoIP. Each flow simulated each service withCoS value 0/2/4/.

4.Port 101/3 send three flows with bandwidth percentage :15%/25%/10%.

5.DUT make traffic limit per service matched CoS value for the allocated bandwidth with apercentage :10%/20%/15% .

zte(cfg)#config acl hybrid num 300

zte(hybrid-acl-group)#rule 1 permit ip any any cos 0


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zte(cfg)#set qos policer 0 par 10000

zte(cfg)#set qos policer 0 exc dropzte(cfg)#set qos policer 2 par 20000

zte(cfg)#set qos policer 2 exc drop

zte(cfg)#set qos policer 4 par 15000

zte(cfg)#set qos policer 4 exc drop

zte(cfg)#set policy policing in acl 300 rule 1 policer 0



zte(cfg)#set port 1 acl 300 enable

6. Observe the received each service flow, build summary graph..

7.Make the traffic shaping on Port 26 with bandwidth percentage 30%.

zte(cfg)#set bandwidth geport 26 egress on rate 30000

8 Observe the received each service flow, build summary graph..

ExpectedResult

1. In step 6,all the bandwidth of received flows is 40%,and only VoIP services can beforwarded without packets lost. Record the received flow bandwidth.

2. In step 8, all the bandwidth of received flows is 30%. record the received other flowbandwidth.



config ingress-acl hybrid number 300

rule 1 permit ip any any cos 0



exit

set qos policer 0 mode blind cir 10000 cbs 20000 ebs 40000



set qos policer 0 exceed-action red drop yellow drop






zte(cfg)#set port 1 acl 300 enable

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set qos traffic-shaping ge-port 27 data-rate 30 burst-size 4


3. The result

Step 6

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Step 7 after enable the traffic-shaping on Port 27


Speed limit of Port

Test No. 10

Test item ACL

Testpurpose

To test the Speed limit of FE port and GE port

TestEnvironment

Agilent

DUT

Port1

Port26

101/1

101/3

TestProcedure


2. Configure the speed limit 20Mbps (the granularity can reach 8kbps for Fe port) on port1 DUT, send the stream from Port 101/1 which speed is 100Mbps, and check the speedwhich receives by Port 101/3.

3. Disable the speed limit on port 1 , check the result.

4. Configure the speed limit 20Mbps on port 26, send the stream from Port 101/1 whichspeed is 100Mbps, check the speed which receive by Port 101/3.

5. Disable the speed limit on port 26, check the result.

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ExpectedResult

1. In step 2 , can receive the speed is 20Mbps in Port 101/3.

2. In step 3 , can receive the speed is 100Mbps in Port 101/3.

3. In step 4 , can receive the speed is 20Mbps in Port 101/3.4. In step 5 , can receive the speed is 100Mbps in Port 101/3.



set qos traffic-limit fe-port 1 data-rate 20000

set qos traffic-limit fe-port 1 disable

set qos traffic-shaping ge-port 27 data-rate 20 burst-size 4

set qos traffic-shaping ge-port 27 disable


3. The result

Step 2

Step 3

Step 4

Step 5

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7. Console management.

Test No. 11

Test item Console management

Testpurpose

To test the function of management using Console

TestEnvironment

PC DUT

1

TestProcedure


2.Connect PC to console port of DUT.

3.Manage DUT use console.

ExpectedResult

1.Step 3DUT can be managed use console.


Remarks Manage DUT use console.


Telnet/SSH management

Test No. 12

Test item Telnet management.

Testpurpose

To test the function of management using Telnet.

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TestEnvironment PC DUT

Port1

TestProcedure


2.Configure port 1 as a access port which belongs to vlan 100 on DUT and establish interfacevlan 100 with ip address 100.0.0.1/24.

3.Configure pcs ip address 100.0.0.2/24.

4.Manage DUT using telnet and SSH.

ExpectedResult

1.Step 4DUT can be managed using telnet and SSH.

Test ResultPassed Partially Passed Failed Not Tested

Remarks 1.configuration of DUT

zte(cfg)#set vlan 100 add port 1

zte(cfg)#set port 1 pvid 100

zte(cfg)#config router

zte(cfg)#set ipport 0 ipaddress 100.0.0.1 255.255.255.0

zte(cfg-router)#set ipport 0 vlan 100

zte(cfg-router)#set ipport 0 enable

2.result


8. WEB Network Management

Test No. 13

Test item Web network management

Testpurpose

Web network management test

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TestEnvironment

PC DUT

1

100.0.0.2/24

100.0.0.1/24

TestProcedure


2.Config port 1 as a access port which belongs to vlan 100 on DUT and establish interfacevlan 100 with ip address 100.0.0.1/24.

3.Config pcs ip address 100.0.0.2/24.

4. Create userloginpass and adminpass. Enable web and configure listen-port.

5. Run Microsoft Internet Explore to login and manage.

ExpectedResult

1. The DUT support web network management



set ipport 0 ipaddress 100.0.0.1 255.255.255.0

set ipport 0 vlan 100

set ipport 0 enable

set web enable

set web listen-port 80

2.result


9. SNMP

Test No. 14

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Test item SNMPv2 test

Test

purpose

To test the function of SNMPv2

TestEnvironment PC DUT

Port1

TestProcedure


2.Configure port 1 as a access port which belongs to vlan 100 on DUT and establish interfacevlan 100 with ip address 192.168.1.1/24.

3.Configure snmp community on DUT.

4.Configure pcs ip address 192.168.1.2/24 and mib browser.5.Setting version is snmpv2 in mib browser. Check the value of sysObjectID.

6. Configure trap host and enable link up/down trap generation.

7. Set up trap host on PC, generate trap event and observe.

ExpectedResult

1. In step 5 the sysObjectID value should be obtained.

2. In step 7 the trap should be raised.


Remarks Configuration of DUT

zte(cfg)#set vlan 100 add port 1

zte(cfg)#set port 1 pvid 100

zte(cfg)#config router

zte(cfg)#set ipport 0 ipaddress 192.168.1.1 255.255.255.0

zte(cfg-router)#set ipport 0 vlan 100

zte(cfg-router)#set ipport 0 enable

create community public public

create view zteView include 1.3.6.1

set community public view zteView

set host 192.168.1.2 inform v2c public

set host 192.168.1.2 trap v2c public

set trap linkup enable

set trap linkdown enable

Check result on DUT

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10. MAC filterTest No. 15

Test item MAC filter Test

Testpurpose

To test the MAC filter

TestEnvironment

DUT

SMB-

6000B

1 2

A B

TestProcedure


2. Config a mac-address which address is 0000.0000.1111 on port1

3. Send a stream from port A which SMAC is 0000.0000.1111

ExpectedResult

1. After step 3The port B cant receive the stream.



set mac filter source 00.00.00.00.11.11 vlan 100


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3. The result


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MAC Limit

Test No. 16

Test item MAC Limit test

Testpurpose

MAC Limit test

TestEnvironment

DUT

SMB-

6000B

1 2

A B

TestProcedure


2. Config port 1 can learn 100 mac-address

3. Send a stream which source mac-address changed4. Check the result on port 1

ExpectedResult

1. After step 4only can learn 100 mac-address on port 1



set mac limit port 1 limit-num 100


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3. The result

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Static-Mac test

Test No. 17

Test item Static-Mac test

Testpurpose

Static-Mac test

TestEnvironment

DUT

SMB-

6000B

1 2

A B

TestProcedure


2. Add an static mac-address on port 2

Send a stream which DMAC address is 00.00.00.00.11.11

3. Check the result on port B

ExpectedResult

1. After step 4port B can receive the stream

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set mac add static 00.00.00.00.11.11 port 1 vlan 100


3. The result

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11. 802.1X Authentication

Test No. 18

Test Item 802.1X authentication

TestPurpose

Verify the correctness of the Radius authentication for the 802.1X users.

TestEnvironment

Radi us

Server

PCDUT

TestProcedure


2. Implement the relevant configuration of the DOT1X Server and the Radius Client on the

DUT.

3. Configure a user and the relevant configurations on the Radius Server.4. Log in from PC as the DOT1X Client with the user name and the password configured on

the Radius Server and then view the login result.

5. Log in from PC as the DOT1X Client with the user name and the password not configured

on the Radius Server.

ExpectedResult

1. The login is successful in Step 4.

2. The login is failed in Step 5.



zte(cfg)#set port 2 security enable

zte(cfg)#config nas

zte(cfg-nas)#aaa port 2 dot1x enable

zte(cfg-nas)#aaa port 2 keepalive enable

zte(cfg-nas)#aaa port 2 accounting enable

zte(zte)#config nas

zte(cfg-nas)#radius isp zte enable

zte(cfg-nas)#radius isp zte defaultisp enable

zte(cfg-nas)#radius isp zte sharedsecret isam

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zte(cfg-nas)#radius isp zte client 100.1.1.1

zte(cfg-nas)#radius isp zte add accounting 100.1.1.100 1812

zte(cfg-nas)#radius isp zte add authentication 100.1.1.100 1813

2. result

Set an ip address on PC: 100.1.1.2/24

Enable dot.1X function on PC adapter:

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Create an user (username: zte, password:123456) in radius server :

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When PC connects to DUT, afer a while, there is a message to input username and password to authenticate:

Radius server can receive the authentication packets:

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So we can see : when pc authenticate successfully, PC can ping DUT successfully.


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12. Group management (ZTP).

Test No. 19

Test item Group management

Testpurpose

To test the function of group management

TestEnvironment

DUT 1

DUT 2 DUT 3

PC

TestProcedure


2.Enable the function of ztp on DUT1DUT2 and DUT3. Configure DUT1 to commanderswitch.

3.DUT2 and DUT3 as the candidates. Configure all candidates to the members of the DUT1.

4.Manage DUT use console, check the state of group and debice list.

5. Manage DUT1 use console, telnet DUT2 for manage and configure. Telnet DUT3 formanage and configure. Check the configure result.

ExpectedResult

1. Step 4DUT2 and DUT3 change to the members of DUT1.

2. Step 5: DUT2 and DUT3 can be manage by DUT1. The configure result is right.


Remarks 1.Configuration of DUT

2928E-02(cfg)#config group

2928E-02(cfg-group)#set ztp enable

2928E-02(cfg-group)#set ztp vlan 1

2928E-02(cfg-group)#ztp start

2.Result


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Port Mirrioring

Test No. 20

Test item Mirror test

Testpurpose

To test the function of ingress and egress mirror

TestEnvironment

Tester

DUT

A

1

B

C

2

3

TestProcedure


2.Config port 1/2 as access port which belongs to vlan 100.

3.Config port 3 as access port which belongs to vlan 200.

4.Send one 10Mbps unicast stream which DMAC=0000.0000.0001 SMAC=0000.0000.0002from port A in the Tester and another 10Mbps unicast stream which DMAC=0000.0000.0002SMAC=0000.0000.0001 from prot B.

5.Config port 3 as monitor session 1 destination, port 1 as monitor session 1 source directionrx .Capture the traffic in tester port C

6.Config port 2 as monitor session 1 source direction tx.

7.Capture the traffic in port C.

ExpectedResult

1. Step 4: Port C cannot receive the packets.

2. Step 5: Port C can capture packets only with SMAC=0000.0000.0002DMAC=0000.0000.0001.The traffic load is 10Mbps.

3. Step 7: Port C can capture packets only with SMAC=0000.0000.0002DMAC=0000.0000.0001.The traffic load is 20Mbps.



set mirror session 1 add source-port 1 ingress

set mirror session 1 add dest-port 3 ingress


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3. The result

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13. STP test

Test No. 21

Test item STP test

Test

purpose

To test the function of STP, time of protection switching and time of restoration

TestEnvironment

Port25

Port1

Port26

Port2

Agilent

101/1

101/3 DUT3

DUT2

DUT1

Port5

Port4

Port24

RootBridge

Port3

Test

Procedure


2. Running STP on every switch, configure exact parameters on every switch to makeDUT3 to become Root Bridge.

zte(cfg)#set stp enable

zte(cfg)#set stp forceversion stp

3. Observe if DUTs can prevent the ring automatically.

4. Break down the link between DUT1 and DUT3,observe if DUTs can rebuild the topologyautomatically, measure the time of service unavailability.

5. Change STP parameters of every switch, observe if DUTs can rebuild the topologyautomatically, measure the time of rebuilding.

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ExpectedResult

1. Step 3, DUT can support STP, and complete spanning tree calculation automaticallywhen a ring exists.

2. Step 4,DUT can rebuild the topology automatically when link failed.

3. Step 5,DUT can choose new root bridge or new root port, block link when parameterschanged.



zte(cfg)#set stp enable

zte(cfg)#set stp forceversion stp

3. Result

Switch-1

Switch2


RSTP test

Test No. 22

Test item RSTP test

Testpurpose

To test the function of RSTP, time of protection switching and time of restoration

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TestEnvironment

Port25

Port1

Port26

Port2

Agilent

101/1

101/3 DUT3

DUT2

DUT1

Port5

Port4

Port24

RootBridge

Port3

TestProcedure


2. Run RSTP on every switch, configure exact parameters on every switch to make DUT3to become Root Bridge.

3. Observe if DUTs can prevent the ring automatically.

4. Break down the link between DUT1 and DUT3,observe if DUTs can rebuild the topologyautomatically, measure the time of service unavailability.

5. Change RSTP parameters of every switch, observe if DUTs can rebuild the topologyautomatically, measure the time of rebuilding.

ExpectedResult

1. Step 3, DUT can support RSTP, and complete spanning tree calculation automaticallywhen a ring exists.

2. Step 4,DUT can rebuild the topology automatically when link failed.

3. Step 5,DUT can choose new root bridge or new root port, block link when parameterschanged.


Remarks 1.configuration of DUTzte(cfg)#set stp enable

zte(cfg)#set stp forceversion rstp

3. result

switch-1

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switch-2


GVRP test

Test No. 23

Test item GVRP test

Testpurpose

To test the function of GVRP

TestEnvironment

TestProcedure


2. Create vlan from 1 to 100 in one device.

3. Enable the GVRP on both devices

4. Check the vlan configuration on the other device.

ExpectedResult

1. Step 4, DUT can support GVRP, and there are also vlan from 1 to 100 in the other device.



set garp enable

set gvrp enable

set gvrp port 1 enable

set gvrp port 2 enable

2. result

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14. LACP test

Test No. 24

Test item LACP test

Testpurpose

To test the function of LACP

TestEnvironment

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TestProcedure


2. Configure two ports join in the same aggregator

3. Check the status of the aggregator4. Send the Smac with different from port A, check the statistic in each port.

ExpectedResult

1. In step 3, all the state is right.

2. In step 4,the stream had average in each port



set lacp enable

set lacp aggregator 3 add port 1,2

set vlan 100 add port 28 tag

set vlan 100 add trunk 3 tag

2. The configuration of tester

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3. The result

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testing report for vms 3g sw project 2011-3-11 final

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