cat9k 16 6 2 test report - cisco · newone. cat9kjs_ maintenance_05 toverifywhether passed...

Test Results Summary for Cisco Catalyst 9000 Switch 16.6(ReleaseVersion 16.6.2)First Published: 2018-03-26

Last Modified: 2018-03-26

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C O N T E N T S

Overview 1C H A P T E R 1

Cisco Catalyst 9000 Switch Solution Test 1

Test Topology and Environment Matrix 5C H A P T E R 2

Test Topology 5

Component Matrix 6

Open Caveats 6

Resolved Caveats 6

Limitations 7

Test Summary 9C H A P T E R 3

Basic Function Test : 1Box 9

8 Box Redundancy Test 14

Scalability Throughput 16

Show Technical Support 17

Maintenance 18

Software Maintenance 20

Interoperability 21

Layer 2 22

1G/10G 25

OSPF 26

Logging 28

QoS 29

SSH 30

Generic 31

IP Multicast 36

Test Results Summary for Cisco Catalyst 9000 Switch 16.6(Release Version 16.6.2)iii

Keep Alive 38

Longevity 38

Test Traffic 41

Related Documentation 43C H A P T E R 4

Related Documentation 43

Test Results Summary for Cisco Catalyst 9000 Switch 16.6(Release Version 16.6.2)iv

Contents

C H A P T E R 1Overview

• Cisco Catalyst 9000 Switch Solution Test, on page 1

Cisco Catalyst 9000 Switch Solution TestCisco Catalyst 9000 Switch Solution Test, an integral part of the enterprise solution, is a program that validatesvarious Cisco Catalyst Products and Features. This is achieved by testing the latest versions of Cisco Catalystproducts.

Cisco Catalyst 9000 Solution Test for Japan and the requirements are derived based on the following:

• Inputs from Cisco SEs/TAC

• Redundancy coverages in Cisco Catalyst 9000 Switch

• Interoperability and Basic functional coverage

The test execution is carried out on selected Cisco Catalyst 9000 products, which are prioritized by CiscoJapan team.

The following products are covered in the test execution:

• Cisco Catalyst 9300 Switch



• DNAC

• Cisco Wireless LAN Controller 3504

• Cisco Wireless LAN Controller 5520

• Access Point 3800

• Access Point 2800

• Cisco Mobility Express 1815

• Cisco Prime Infrastructure

• ISE Virtual Appliance

Test Results Summary for Cisco Catalyst 9000 Switch 16.6(Release Version 16.6.2)1

Acronyms

DescriptionAcronym

Authentication Authorization and AccountingAAA

Access Control ListACL

Access PointAP

Mobility ExpressME

Domain Name SystemDNS

Differentiated Services Code PointDSCP

End User Licence AgreementEULA

File Transfer ProtocolFTP

High AvailabilityHA

Identity Service EngineISE

Maximum Transmission UnitMTU

Network Address TranslationNAT

Policy Enforcement ModulePEM

Prime InfrastructurePI

Quality of serviceQOS

Remote Authentication Dial-In User ServiceRADIUS

Redundancy PortRP

Secure File Transfer Protocol.SFTP

Simple Network Management ProtocolSNMP

Transmission Control ProtocolTCP

Trivial File Transfer ProtocolTFTP

User Datagram ProtocolUDP

Wireless LAN ControllerWLC

Open Shortest Path FirstOSPF

Spanning Tree ProtocolSTP

Resilient Ethernet ProtocolREP

Megabits per secondMbps

Gigabits per secondGbps

Power over EthernetPoE

Link Aggregation Control ProtocolLACP

Port Aggregation ControlPAgP


OverviewCisco Catalyst 9000 Switch Solution Test

DescriptionAcronym

Bridge protocol data unitBPDU

MAC Authentication BypassMAB

Cisco Express ForwardingCEF

Interprocessor communicationIPC

Resource reservation ProtocolRSVP

Small Form-factor PluggableSFP

Switch Port AnalyzerSPAN

Multiple Spanning TreeMST

Per-VLAN Spanning TreePVST

Switch Virtual InterfaceSVI

link-state advertisementLSA

Bidirectional Forwarding DetectionBFD

Protocol Independent MulticastPIM

Bootstrap RouterBSR

Remote Desktop ProtocolRDP

Internet Group Management ProtocolIGMP

Hyper Text Transfer protocolHTTP

Hyper Text Transfer protocol-SecureHTTPS

Secure ShellSSH



C H A P T E R 2Test Topology and Environment Matrix

• Test Topology, on page 5• Component Matrix, on page 6• Open Caveats, on page 6• Resolved Caveats, on page 6• Limitations, on page 7

Test TopologyFigure 1: Topology In Use


Component MatrixVersionComponentCategory

16.6.2Cisco Catalyst 9300-48T-E SwitchSwitches

16.6.2Cisco Catalyst 9300-48T-E Switch

16.6.2Cisco Catalyst 9300-24UX-E Switch

16.6.2Cisco Catalyst 9407R Switch

16.6.2Cisco Catalyst C9500-40X-E Switch

1.1.2Cisco DNA CenterApplications

3.4Cisco Prime Infrastructure (Virtual Appliance)

2.3Cisco Identity Services Engine (Virtual Appliance)

8.7Cisco Wireless LAN Controller

8.7Cisco Mobility Services Engine

4.64Spirent Test Center

15.3Cisco Aironet 1850 Series Access PointsAccess point

15.3Cisco Aironet 2800 Series Access Points

11-0-3Cisco Wireless IP Phone 8821End Point

NASFP-10G-SR=SFPs

NAGLC-TE=

NAGLC-ZX-SMD=

NAGLC-LH-SMD=

NASFP-10G-LR=

Open CaveatsTitleDefect ID

Interface is automatically changing the states after client or AP connectCSCvh90937

Adelphi:Philae FPGA:"CF9h <- 0x6":Incorrect reset_reason of PowerOnCSCvg91457

Resolved CaveatsTitleDefect ID

Uptime" diff btn " sh version" and "show logging onboard switch <> uptime"CSCur01826


Test Topology and Environment MatrixComponent Matrix

Set different words for username and password, but username shown the sameas password

CSCvi08459

LimitationsTitleDefect ID

:%Log packet overrun, PC 0x5624E0A7E4F0, format: Message received for%s" message in console

CSCvh86901


Test Topology and Environment MatrixLimitations


Test Topology and Environment MatrixLimitations

C H A P T E R 3Test Summary

• Basic Function Test : 1Box, on page 9• 8 Box Redundancy Test, on page 14• Scalability Throughput, on page 16• Show Technical Support, on page 17• Maintenance, on page 18• Software Maintenance, on page 20• Interoperability, on page 21• Layer 2, on page 22• 1G/10G, on page 25• OSPF, on page 26• Logging, on page 28• QoS, on page 29• SSH, on page 30• Generic, on page 31• IP Multicast, on page 36• Keep Alive, on page 38• Longevity, on page 38• Test Traffic, on page 41

Basic Function Test : 1BoxDefect IDStatusDescriptionTitleLogical ID

CSCvh90937Passed withException

To verify whetherInterface is comingup or not afterconnected thedevices

1BOX:Making theInterface UP byassociating the newdevices like AP orWired Client

CAT9KJS_1BOX_01


To verify whetherInterface is downor not afterconnected thedevices

1BOX:Making theInterface DOWNafter associatingthe new deviceslike AP or WiredClient

CAT9KJS_1BOX_02


PassedTo verify whetherafter connect themodule, Switchgiving the power ornot

1BOX: Connectingthe Module toswitch port afterport is UP

CAT9KJS_1BOX_03

PassedTo verify whetherafter moduleremove, Switchworking withoutany issues

1BOX: Removingthe onlineinsertion(extramodule) module

CAT9KJS_1BOX_04

PassedTo verify whetherModule isconnecting or notafter changing theport

1BOX: Changingthe module fromone port to other

CAT9KJS_1BOX_05


To verify whetherdata transferring inonly one directionat time or not with10 mbps Halfduplextransmission

1BOX:Half duplextransmission with10MBPS dataspeed in Interface

CAT9KJS_1BOX_06


To verify whetherdata transferring inbidirectional or notwith 10 mbps Halfduplextransmission

1BOX: Full duplextransmission with10MBPS dataspeed in Interface

CAT9KJS_1BOX_07


To verify whetherdata transferringsuccessfully or notwith 10 mbps Halfduplextransmission

1BOX: Autoduplextransmission with10MBPS dataspeed in Interface

CAT9KJS_1BOX_08

PassedTo verify whetherdata transferring inonly one directionat atime or not with100 mbps Halfduplextransmission

1BOX:Half duplextransmission with100MBPS dataspeed in Interface

CAT9KJS_1BOX_09

PassedTo verify whetherdata transferring inbidirectional or notwith 100mbpsHalfduplextransmission

1BOX: Full duplextransmission with100MBPS dataspeed in Interface

CAT9KJS_1BOX_10


Test SummaryBasic Function Test : 1Box

PassedTo verify whetherdata transferringsuccessfully or notwith 100mbpsHalfduplextransmission

1BOX: Autoduplextransmission with100MBPS dataspeed in Interface

CAT9KJS_1BOX_11

PassedTo verify whetherdata transferring inonly one directionat time or not with1GBPS Halfduplextransmission

1BOX:Half duplextransmission with1GBPS data speedin Interface

CAT9KJS_1BOX_12

PassedTo verify whetherdata transferring inbidirectional or notwith 1GBPS Halfduplextransmission

1BOX: Full duplextransmission with1GBPS data speedin Interface

CAT9KJS_1BOX_13

PassedTo verify whetherdata transferringsuccessfully or notwith 1GBPS Halfduplextransmission

1BOX: Autoduplextransmission with1GBPS data speedin Interface

CAT9KJS_1BOX_14

PassedTo verify whetherdata transferring inonly one directionat time or not with10GBPS Halfduplextransmission

1BOX:Half duplextransmission with10GBPS data speedin Interface

CAT9KJS_1BOX_15

PassedTo verify whetherdata transferring inbidirectional or notwith 10GBPS Halfduplextransmission

1BOX: Full duplextransmission with10GBPS data speedin Interface

CAT9KJS_1BOX_16

PassedTo verify whetherdata transferringsuccessfully or notwith 10GBPS Halfduplextransmission

1BOX: Autoduplextransmission with10GBPS data speedin Interface

CAT9KJS_1BOX_17



PassedTo verify whetherdata transmittingautomatically ornot with Halfduplextransmission

1BOX:Half duplextransmission withAuto data speed inInterface

CAT9KJS_1BOX_18

PassedTo verify whetherdata transmittingautomatically ornot with Fullduplextransmission

1BOX: Full duplextransmission withAuto data speed inInterface

CAT9KJS_1BOX_19

PassedTo verify whetherdata transmittingautomatically ornot with Autoduplextransmission

1BOX: Autoduplextransmission withAuto data speed inInterface

CAT9KJS_1BOX_20

PassedTo verify whetherafter POE removefrom Switch clientsgetting the accessor not

1BOX: Check theclient access afterPOE remove fromswitch

CAT9KJS_1BOX_21

PassedTo verify whetherconfigurations aregetting properly ornot after POEconnect

1BOX: ConnectingPOE after removePOE and checkingconfigurations

CAT9KJS_1BOX_22

PassedTo verify whetherLED behavior ischanging or not atthe time ofrebooting

1BOX: LEDbehavior on switchat the time ofrebooting

CAT9KJS_1BOX_23

PassedTo verify whetherPort LED behaviorshowing properlyor not at the time ofinterface UP/Down

1BOX: Checkingthe Port LEDbehavior at the timeof interfaceUP/Down

CAT9KJS_1BOX_24

PassedTo verify whetherCross-stack Etherchannel isconfiguringproperly or notwithout PAgP orLACP

1BOX:Cross-stackEtherChannelconfiguration ifyou turn off PAgPor LACP

CAT9KJS_1BOX_25



PassedTo verify whetherPAgP enabling ornot whenether-channelenable

1BOX: Configurethe EtherChannelwith PAgP whenCross-stackether-channelenable

CAT9KJS_1BOX_26

PassedTo verify whetherEther-channel withActivemodeLACPis enabling or not

1BOX:Configuring of theEtherChannelwhenyou enable Activemode LACP

CAT9KJS_1BOX_27

PassedTo verify whetherEther-channel withPassive modeLACP is enablingor not

1BOX:Configuring of theEtherChannelwhenyou enable Passivemode LACP

CAT9KJS_1BOX_28

PassedTo verify whetherPort is changingmodewith differentduplex to the errordisable or not

1BOX:Check errordisable withdifferent duplextypes

CAT9KJS_1BOX_29

PassedTo verify whetherPort is changingmode with Portchannelmis-configuration/BPDU guardviolation to theerror disable or not

1BOX:Check errordisable with Portchannelmis-configuration/BPDU guardviolation

CAT9KJS_1BOX_30

PassedTo verify whetherdefault MTU valueis showing properlyor not

1BOX: Check thedefault MTU valuefor each interface

CAT9KJS_1BOX_31

PassedTo verify whetherafter reboot theswitch weatherprevious details areshowing properlyor not

1BOX: Reboot theSwitch afterinterface made UP

CAT9KJS_1BOX_32

PassedTo verify whetherIP address assignedsuccessfully tointerface or not

1BOX: Assigningthe IP address tointerface

CAT9KJS_1BOX_33



PassedTo verify whetherStrom control isconfiguringsuccessfully tointerface or not

1BOX:Configuring theStrom control toInterface

CAT9KJS_1BOX_34

PassedTo verify whetherMAB and dot1xConfiguredsuccessfully or not

1BOX:Configuring theMAB and dot1x tointerface

CAT9KJS_1BOX_35

CSCvi08459FailedVerify that Catalyst9000 configurationapplied on deviceas configured ornot

Configuring theCatalyst 9000 inday0 and verify thesame

CAT9KJS_1BOX_36

CSCvg91457FailedChecking the lastreload reason afterclearing the config

Erasing the configand reloading theCatalyst 9000

CAT9KJS_1BOX_37

CSCur01826FailedVerify the deviceup time via sysversion and bylogging on board

Checking thedevice up time viasys version andlogging onboard

CAT9KJS_1BOX_38

8 Box Redundancy TestDefect IDStatusDescriptionTitleLogical ID

PassedTo verify whetherStacking happeningwith Cisco StackWise 50-cmstacking cable ornot between 2Switches

8BOX: Stack Wisecable connectionwithCAB-STACK-50CMbetween 2 Switches

CAT9KJS_8BOX_01

PassedTo verify whetherSwitch is gettingthe proper Stackdetails or not fornewly joined

8BOX: Checkingthe Stack memberdetails after newlyjoined Switch

CAT9KJS_8BOX_04

PassedTo verify whetherDuplicate numberis possible to assignto the newly joinedSwitch

8BOX: Duplicatestack numberconfiguration forSwitch throughManual

CAT9KJS_8BOX_05


Test Summary8 Box Redundancy Test

PassedTo verify whetherPriority value ischanging to theSwitch or not

8BOX: Assigningthe manual priorityvalue to the Switch

CAT9KJS_8BOX_06

PassedTo verify whetherMaster Stackelection processhappening based onthe rules or not

8BOX: MasterStack electionprocess based onrules

CAT9KJS_8BOX_07

PassedTo verify afterSwitch Stack reset,Master electionprocess happeningor not

8BOX: Reset theSwitch after Stackconfigurations

CAT9KJS_8BOX_08

PassedTo verify afterPower off the Stackmaster, New switchelecting as Masteror not

8BOX: Power offthe Stack masterafter Stackconfigurations

CAT9KJS_8BOX_09

PassedTo verify Masterelection happeningor not after removethe stack master

8BOX: Stackmaster is removedfrom the stack

CAT9KJS_8BOX_10

PassedTo verify whetherMaster Stackelection happeningor not when theStack masterswitch has failed

8BOX: CheckStack masterSwitch has failedcase

CAT9KJS_8BOX_11

PassedTo verify whetherStack mode buttonchanging or not atthe time of StackMaster election

8BOX: Stackmodebutton observation

CAT9KJS_8BOX_12

PassedTo verify whethermaximum channelgroup is configuredsuccessfully or not

8BOX:Configuring theMaximumchannel-group

CAT9KJS_8BOX_13

PassedTo verify whetherit is possible toidentify the switchwith beacon or not

8BOX: Identifyingthe Switch by usingthe beacon fromCLI

CAT9KJS_8BOX_14

PassedTo verify whetherRedundancyworking or not in9300 Switch

8BOX: Check theRedundancy in9300 Switch

CAT9KJS_8BOX_15


Test Summary8 Box Redundancy Test

PassedTo verify whetherStack port isdisabling/enablingor not in Stack

Disabling/Enablingthe Stack port in8box test

CAT9KJS_8BOX_18

Scalability ThroughputDefect IDStatusDescriptionTitleLogical ID

PassedTo verify whetherScalability is goodor not withMaximum numberof VLANs

TP: Check theScalability withMaximum numberof VLANs in CiscoCatalyst 9300Switch

CAT9KJS_Scalability_01

PassedTo verify whetherScalability is goodor not withMaximum Macaddress table

TP: Checking thescalability withMaximum MACaddress in CiscoCatalyst 9300Switch


PassedTo verify withmaximumthroughput devicepreformance is with802.11Q tunnel

TP:Configuring the802.1Q tunnel portto VLAN withMaximumThroughput in CiscoCatalyst 9300Switch


PassedTo verify whetherMaximum throughserving withMaximum IGMPgroup or not

TP: Configuring theIGMP group withmaximum Load inCisco Catalyst 9300Switch


PassedTo verify whetherInternal route withMaximumthroughputsuccessfullyworking the deviceor not

TP: Configuring theInternal route withmaximum values inCisco Catalyst 9300Switch


PassedTo verify whetherBGP details areshowing properly ornot for Roter

TP: Configuring theBGP in Router andchecking the detailsin Cisco Catalyst9300 Switch



Test SummaryScalability Throughput

PassedTo verify whetherARP table isclearing or not

TP: Clearing theARP table in CiscoCatalyst 9300Switch


PassedTo verify whetherRoutes are deletingor not

TP: Clearing theRoutes in Router


PassedTo verify whetherMac address table isclearing or not

TP: Clearing themac address-tabledynamic address inCisco Catalyst 9300Switch


Show Technical SupportDefect IDStatusDescriptionTitleLogical ID

PassedTo verify theenvironmentdetails, installsummary, Licensedetails of Catalyst9000 device usingCisco ExpressForwarding (CEF)

Tech-Support:Verifying the CiscoExpressForwarding (CEF)details of Catalyst9000 Switch

Cat9KJS_Show-Tech_01

PassedTo verify the IPCSystem status, IPCNodes, of Catalyst9000 device usingInterprocessorcommunication(IPC) command

Tech-Support:Verifying theInterprocessorcommunication(IPC) details ofCatalyst 9000Switch


PassedTo verify the IPMulticastredundancystatistics ofCatalyst 9000device using IPmulticast command

Tech-Support:Verifying the IPMulticast details ofCatalyst 9000Switch


PassedTo verify thedetails of IP Sec inCatalyst 9000device

Tech-Support:Verifying the IPSec details ofCatalyst 9000Switch



Test SummaryShow Technical Support

PassedTo verify thedetails of OSPF inCatalyst 9000device

Tech-Support:Verifying theOSPF details ofCatalyst 9000Switch


PassedTo verify thePerformancemonitor details inCatalyst 9000device

Tech-Support: Toverify thePerformancemonitor details inCatalyst 9000device.


PassedTo verify thePower inlinedetails, Controlregister and controlstatus of theinterfaces using thePoE command inCatalyst 9000device

Tech-Support: Toverify the PoE(Power Inline)details in Catalyst9000 device.


PassedTo verify the IPrsvp interfacedetails using theshow-tech rsvpcommand inCatalyst 9000device

Tech-Support: Toverify the details ofResourcereservationProtocol (RSVP) inCatalyst 9000device


MaintenanceDefect IDStatusDescriptionTitleLogical ID

PassedTo verify the powerstatus of Catalyst9000 device in CLIafter disconnectingthe powersupply(which has aredundant supply)

Maintenance:Verifying thepower status ofCatalyst 9000device in CLI afterdisconnecting thepowersupply(which has aredundant supply)

Cat9KJS_Maintenance_01

PassedTo verify thereplacement of afailure SFP inCatalyst 9000device.

Maintenance:Verifying thereplacement of afailure SFP inCatalyst 9000device.



Test SummaryMaintenance

PassedTo verify thereplacement of afailure cable inCatalyst 9000device.

Maintenance:Verifying thereplacement of afailure cable inCatalyst 9000device.


PassedTo verify the poweroutage andrecovery of aCatalyst 9000device.

Maintenance:Verifying thepower outage andrecovery of aCatalyst 9000device.


PassedTo verify thereplacement of thefailure powersupply with a newone.

Maintenance:Verifying thepower supply byreplacing thefailure unit with anew one.


PassedTo verify whetherthe power status ofCatalyst 9000 isdisplayed correctlyor not

Maintenance:Verifying thepower status ofCatalyst 9000


PassedTo verify if theavailability andstatus of the fan ineach module isshown correctly

Maintenance:Verifying theavailability andstatus of Fan ineach modules ofCatalyst 9000


PassedTo verify if theCPU Usage of theCatalyst 9000device is displayedcorrectly

Maintenance:Verifying the CPUUsage of Catalyst9000 device


PassedTo Verify theMACAddress of theCatalyst 9000Switch

Maintenance:Verifying theMACAddresses ofCatalyst 9000device in the stack


PassedTo verify the IPAddress WRTHardware addressin Catalyst 9000stack

Maintenance:Verify the IPAddress WRTHardware addressin Catalyst 9000Stack.



Test SummaryMaintenance

PassedTo verify the IPRoute summary ofCatalyst 9000 stack

Maintenance:Verify the IP Routesummary ofCatalyst 9000Stack.


PassedTo verify whetherDOM can show theOptical Rx and Txlevels is:

Check the DigitalOpticalMonitoringin the opticalinterfaces


Software MaintenanceDefect IDStatusDescriptionTitleLogical ID

PassedTo verify if theCatalyst 9000device's software isupgraded with thelatest build

S/W Maintenance:Verifying theup-gradation ofCatalyst 9000Software usingFTP

Cat9KJS_S/W_Maintenance_01


S/W Maintenance:Verifying theup-gradation ofCatalyst 9000Software usingTFTP


PassedTo verify if theCatalyst 9000device's software isdowngraded withthe chosen build

S/W Maintenance:DowngradingCatalyst 9000 'sSoftware usingFTP


PassedTo verify if theCatalyst 9000device's software isdowngraded withthe chosen build

S/W Maintenance:DowngradingCatalyst 9000 'sSoftware usingTFTP


PassedTo verify theup-gradation of thesoftware update byprovide wrong fileformat.

S/W Maintenance:UpgradingSoftware byproviding a wrongfile format inCatalyst 9000device.



Test SummarySoftware Maintenance


S/W Maintenance:Verifying theup-gradation ofCatalyst 9000Software withoutcleaning up thedisks


PassedTo verify theup-gradation ofCatalyst 9000Software byinterrupting theinstallation andreinitiating theprocess

S/W Maintenance:Verifying theup-gradation ofCatalyst 9000Software byinterrupting theinstallation andreinitiating theprocess


PassedTo verify theinstallation ofSoftwaremaintenancepackage in Catalyst9000 devices

S/W Maintenance:Verifying theinstallation ofSoftwaremaintenancepackage in Catalyst9000 devices


PassedTo verify thedeactivation ofSoftwaremaintenancepackage in Catalyst9000 devices

S/W Maintenance:Verifying thedeactivation ofSoftwaremaintenancepackage in Catalyst9000 devices


InteroperabilityDefect IDStatusDescriptionTitleLogical ID

PassedVerify that user isable to accessWLCvia Catalyst 9000

Connecting theWLCwith Catalyst9000 switch port

Cat9KJS_intero_01

PassedVerify that user isable to access CMEvia Catalyst 9000

Connecting theMEwith Catalyst 9000switch

Cat9KJS_intero_02

PassedVerify that user isable to accessautonomous ap viaCatalyst 9000

Connecting theautonomous apwith Catalyst 9000switch port

Cat9KJS_intero_03


Test SummaryInteroperability

PassedVerify that wirelessclient able to passthe traffic viaCatalyst 9000 ornot

Authenticating thewireless client with802.1x

Cat9KJS_intero_04


Verify that wiredclient able to passthe traffic viaCatalyst 9000 ornot

Authenticating thewired client with802.1x

Cat9KJS_intero_05

PassedVerify that user isable to manageCatalyst 9000 fromPI or not

Adding Catalyst9000 in prime infrastature

Cat9KJS_intero_06

PassedVerify that Catalyst9000 able to giveaccess to otherswitch or not

Connecting switchwith Catalyst 9000

Cat9KJS_intero_07

PassedVerify that Catalyst9000 able to giveaccess router or not

Connecting routerwith Catalyst 9000

Cat9KJS_intero_08


Checking theMABauthentication isworking or not

Performing MABauthentication fordifferent-2 deviceson switchport

Cat9KJS_intero_09

PassedVerify that user isable to manageCatalyst 9000 fromDNA-C or not

Adding Catalyst9000 with DNA-C

Cat9KJS_intero_10

Layer 2Defect IDStatusDescriptionTitleLogical ID

PassedVerify that user isable make switchport to trunk port ornot

Configuring andverify a Trunk Port

Cat9KJS_layer2_01

PassedVerify that user isable to limit theallowed vlan ontrunk port or not

Defining theAllowed VLANson a Trunk

Cat9KJS_layer2_02


Test SummaryLayer 2

PassedVerify that user isable to create SVIand assign ipaddress and nameor not

Creating the SVIand assigning the ipaddress and name

Cat9KJS_layer2_03

PassedVerify that user isable to enable ordisable the SVI ornot

Enabling anddisabling the SVI

Cat9KJS_layer2_04

PassedVerify that user isable to config andmodify the VLAN

Creating orModifying anEthernet VLAN

Cat9KJS_layer2_05

PassedVerify that user isable to delete theVLAN or not

Deleting a VLAN(CLI)

Cat9KJS_layer2_06

PassedVerify that user isable to configurethe VLAN withextended-range ornot

Creating anExtended-RangeVLAN

Cat9KJS_layer2_07

PassedVerify that user isable to monitor theVLANs or not

MonitoringVLANsCat9KJS_layer2_08

PassedVerify that user isable to config REPadmin VLAN ornot

Configuring theREPAdministrativeVLAN

Cat9KJS_layer2_09

PassedVerify that user isable to enable andSNMP trap forREP and able toconfig SNMP trapvalue or not

Enables the switchto send REP traps,and sets the numberof traps sent persecond

Cat9KJS_layer2_10

PassedVerify that user isable to monitorREP or not

Monitoring REPCat9KJS_layer2_11

PassedVerify that user isnot able to enablerep on SPAN port

Checking that useris able to enablerep on SPAN portor not

Cat9KJS_layer2_12

PassedVerify thatalternate port is notsending the datatraffic

Checking thatalternate port issending the datatraffice or not

Cat9KJS_layer2_13


Test SummaryLayer 2

PassedVerify that user isable to config repblock port or not

Configuring andverify the rep blockport

Cat9KJS_layer2_14

PassedVerify that user isable to edit preemptdelay or not

Configuring andverify the reppreempt delay

Cat9KJS_layer2_15

PassedVerify that user isable to enable REPon an interface ornot

Enabling REP onthe interface and toassign a segmentID to the interface

Cat9KJS_layer2_16

PassedVerify that segmenttopology changenotification sendingto other interface orsegment or not

Configuring andverify the on edgeport rep stcn forother interface

Cat9KJS_layer2_17

PassedVerify the REPconfig on accessport

Checking that useris able to configREP on access portor not

Cat9KJS_layer2_18

PassedVerify that user isable to add unit inREP ring or not

Adding the unit inREP ring

Cat9KJS_layer2_19

PassedVerify that REP isworking in stack ornot

Enabling the REPin stack

Cat9KJS_layer2_20

PassedVerify that user isable enablespanning tree inpvst mode or not

Configuring andverifying aspanning-tree,PVST+ mode.

Cat9KJS_layer2_21

PassedVerify that user isable to enablespanning tree inmst or not

Configuring andverifying aspanning-tree,MST mode.

Cat9KJS_layer2_22

PassedVerify that user isable to enablespanning tree inrapid-pvst mode ornot

Configuring andverifying aspanning-tree,rapid-PVST mode.

Cat9KJS_layer2_23

PassedVerify that user isable to disable thespanning tree onVLAN

Disabling SpanningTree

Cat9KJS_layer2_24


Test SummaryLayer 2

PassedChecking that useris able to enablerep on 3rd rep portor not

Try to enable repon 3rd rep port

Cat9KJS_layer2_25

1G/10GDefect IDStatusDescriptionTitleFeatures TestedLogical ID

PassedTo verifywhether MTUvalue isconfiguringsuccessfully ornot with in thevalid range

10G:Configuring theMTU value

1G/10GCAT9KJS_10G/1G_01

PassedTo verifywhether MTUvalues areshowingproperly to theinterface with100 speed

10G: 10/100GInterface speedto 100 withdifferent MTUvalues(64, 128,256, 512, 1024,1280, 1518)



10G:10/100GInterfacespeed to 1000with differentMTUvalues(64,128, 256, 512,1024, 1280,1518)



10G: 10/100GInterface speedto 2500 withdifferent MTUvalues(64, 128,256, 512, 1024,1280, 1518)



10G:10/100GInterfacespeed to 5000with differentMTUvalues(64,128, 256, 512,1024, 1280,1518)



Test Summary1G/10G


10G: Interfacespeed to 10000with differentMTUvalues(64,128, 256, 512,1024, 1280,1518)


PassedTo verifywhether MTUvalues areshowingproperly to theinterface withauto speed

10G: 10/100GInterface speedto auto withdifferent MTUvalues(64, 128,256, 512, 1024,1280, 1518)


OSPFDefect IDStatusDescriptionTitleLogical ID

PassedVerify that user isable to enableOSPF with basicconfiguration

Enabling OSPFwith basicconfiguration

Cat9KJS_OSPF_01

PassedVerify that user isable to define stubarea or not

Define an area as astub area

Cat9KJS_OSPF_02

PassedVerify the OSPFdatabase

Displays lists ofinformation relatedto the OSPFdatabase for aspecific router

Cat9KJS_OSPF_03

PassedChecking thatOSPF processrouter can send thefast hello packetsor not

Verify OSPF fastHello packets

Cat9KJS_OSPF_04

PassedVerify that user isable to configureloopback interfaceor not

Configuring OSPFon LoopbackInterface

Cat9KJS_OSPF_05

PassedVerify that user isable to configureSVI or not

Configuring andverify OSPF onSVI

Cat9KJS_OSPF_06


Test SummaryOSPF

PassedVerify that user isable to change theLSA group pacingor not

Changing LSAGroup Pacing

Cat9KJS_OSPF_08

PassedVerify that user isable to explicitlyspecifies the cost ofsending a packet onloopback interface.

Configuring OSPFcost on loopbackinterface

Cat9KJS_OSPF_09

PassedVerify that user isable to redistributethe static routes ornot

Redistributingstatic routes withospf

Cat9KJS_OSPF_10

PassedVerify that user isable to explicitlyspecifies the cost ofsending a packet onSVI

Configuring OSPFcost on SVI

Cat9KJS_OSPF_11

PassedVerify that user isable to defineNSSA

Defines an area asanot-so-stubby-area

Cat9KJS_OSPF_12

PassedVerifying generalinformation ofOSPF process

Displays generalinformation aboutOSPF routingprocesses.

Cat9KJS_OSPF_13

PassedVerify the OSPFinterface neighborinformation

Displays OSPFinterface neighborinformation

Cat9KJS_OSPF_14

PassedVerify that user isable to makeinterface to nonpassive interface ornot

Making passiveinterface to nonpassive to makeadjacency

Cat9KJS_OSPF_15

PassedVerify that user isable to configureBFD for OSPF ornot

Configuring BFDSupport for AllInterfaces

Cat9KJS_OSPF_16

PassedVerify that user isable to protect areaagainstunauthorizedaccess or not

Password-basedprotection againstunauthorizedaccess to theidentified area

Cat9KJS_OSPF_17


Test SummaryOSPF

LoggingDefect IDStatusDescriptionTitleLogical ID

PassedVerify that user isable to set bufferedsize or not

Setting loggingbuffered size

Cat9KJS_logg_01


Verify that user isable to configsyslog server or not

Configuring syslogserver

Cat9KJS_logg_02

PassedVerify that user isable to timestampthe logmessages ornot

Enabling andDisabling TimeStamps on LogMessages

Cat9KJS_logg_03

PassedVerify that user isable to define themessage severity ornot

Defining theMessage SeverityLevel

Cat9KJS_logg_04

PassedVerify that user isable to config theSNMP server ornot

Configuration theSNMP and generalinformation

Cat9KJS_logg_05

PassedVerify that user isgetting trapsmessage when ospfstate changes

Receiving SNMPtraps on ospfstate-change

Cat9KJS_logg_06

PassedVerify that user isgetting trapsmessagewhenREPchanges

Receiving SNMPtraps on REPchanges

Cat9KJS_logg_07

PassedVerify that user isgetting trapsmessage whenenvironment ofdevice changes

Receiving SNMPtraps on deviceenvironmentchanges

Cat9KJS_logg_08

PassedVerify that user isgetting trapsmessagewhen PIMchanges

Receiving SNMPtraps on PIMchanges or error

Cat9KJS_logg_09

PassedVerify that user isgetting trapsmessage for alltransceiver or not

Receiving SNMPtraps for alltransceiver

Cat9KJS_logg_10


Test SummaryLogging

PassedVerify that user isgetting syslog afterlogin auth failed

Getting syslog afterlogin auth failed

Cat9KJS_logg_11

PassedVerify that user isgetting syslog afterlogin auth passed

Getting syslog afterlogin auth passed

Cat9KJS_logg_12

PassedVerify that userlogged themessagein a file of flashmemory or not

Stores logmessages in a filein flashmemory ona standalone switchor stack switch

Cat9KJS_logg_13

PassedVerify that user isable to sysnc thelogmessages or not

Synchronizing LogMessages

Cat9KJS_logg_14

PassedVerify that user isable to disablemessage logging ornot

Disabling MessageLogging

Cat9KJS_logg_15

PassedVerify that USBConsole port ispopulating theswitch console logsor not

Getting Consoleoutput from USBconsole Port

Cat9KJS_logg_16

PassedVerify the RJ45Console port isworking once itsconnected toCatalyst 9000Console port

Validate theConsole outputfrom RJ45 consolePort

Cat9KJS_logg_17

QoSDefect IDStatusDescriptionTitleLogical ID

PassedVerify that user isable to enable autoqos or not

ConfiguringAuto-QoS

Cat9KJS_QOS_01

PassedVerify that usercreate traffic classand classify thetraffic or not

Creating trafficclass

Cat9KJS_QOS_02

PassedVerify that user isable to define thebandwidth inpolicy map or not

Configuring thebandwidth for thepolicy map

Cat9KJS_QOS_03


Test SummaryQoS

PassedChecking thatpacket droppingafter data ratecrossed the rate asconfigured inpolicy map

Dropping a packetwhich speedcrossed theconfigured speed inpolicy map

Cat9KJS_QOS_04

PassedVerify that user isable to set CoS ornot

Setting CoS andsending it

Cat9KJS_QOS_05

PassedVerify that user isable to set DSCP ornot

Setting DSCPvalue and sendingit

Cat9KJS_QOS_06

PassedVerify that userable to set priorityfor class or not

Assigning strictscheduling priorityfor the class

Cat9KJS_QOS_07

PassedVerify that user isable to set prioritylevel-1 or not

Setting prioritylevel-1

Cat9KJS_QOS_08

PassedVerify that user isable to set prioritylevel-2 or not

Setting prioritylevel-2

Cat9KJS_QOS_09

PassedVerify the user isable to configqueue buffers ornot

Configuring QueueBuffers

Cat9KJS_QOS_10

PassedVerify the user isable to configqueue limit or not

Configuring QueueLimits

Cat9KJS_QOS_11

PassedVerify the user isable shape thetraffic or not

ConfiguringShaping

Cat9KJS_QOS_12

PassedVerify that user isable to monitor theQoS or not

Monitoring QoSCat9KJS_QOS_13

SSHDefect IDStatusDescriptionTitleLogical ID

PassedTo Verify if theaccess class list hasbeen created inCatalyst 9000device or not

SSH: Creating anAccess class list inCatalyst 9000device

Cat9KJS_SSH_01


Test SummarySSH

PassedTo Verify if theloopback interfacecreation in Catalyst9000 device or not

SSH: Creatingloopback interfacein Catalyst 9000device

Cat9KJS_SSH_02

PassedTo Verify ifversion to supportSSH protocol is setin Catalyst9000device or not

SSH: Set SSHprotocol Version inCatalyst 9000device

Cat9KJS_SSH_03

PassedTo Verify if IPSSH DSCP valuefor Catalyst 9000device is setcorrectly for or not

SSH: Set IP SSHDSCP value forCatalyst 9000device

Cat9KJS_SSH_04

PassedTo Verify theestablishment ofSSH connectionfrom Windows 7workstation.

SSH: Verifying theestablishment ofSSH connectionfrom Windows 7workstation.

Cat9KJS_SSH_05

PassedTo Verify theestablishment ofSSH connectionfrom Windows 10workstation.

SSH: Verifying theestablishment ofSSH connectionfrom Windows 10workstation.

Cat9KJS_SSH_06

PassedTo Verify theestablishment ofSSH connectionfrom Mac OSworkstation.

SSH: Verifying theestablishment ofSSH connectionfrom Mac OSworkstation.

Cat9KJS_SSH_07

PassedTo Verify theestablishment ofSSH connectionfrom Linux OS.

SSH: Verifying theestablishment ofSSH connectionfrom Linux OS.

Cat9KJS_SSH_08

GenericDefect IDStatusDescriptionTitleLogical ID

PassedVerifying if theStartupconfiguration iscopied to the TFTPserver or not

Generic/Other:Copying theStartupconfigurationsettings from aswitch to a TFTPserver

Cat9KJS_Generic_01


Test SummaryGeneric

PassedTo verify if thestartupconfigurationsetting from theTFTP Server toDevice is copiedsuccessfully or not

Generic/Other:Copying theStartup-configurationsettings from aTFTP server onto anew switch

Cat9KJS_Generic_02

PassedVerifying if theRunningconfiguration iscopied to the TFTPserver or not

Generic/Other:Copying theRunningconfigurationsettings from aswitch to a TFTPserver

Cat9KJS_Generic_03

PassedTo verify if therunningconfigurationsetting from theTFTP Server toDevice is copiedsuccessfully or not

Generic/Other:Copying theRunningconfigurationsettings from aTFTP server onto anew switch

Cat9KJS_Generic_04

PassedTo verify theHostname changeof the Catalyst9000device.

Generic/Other:Changing theHostname of theCatalyst9000device.

Cat9KJS_Generic_05

PassedTo encrypt thepassword of a userand verifying it bylogging in with theencryptedcredential.

Generic/Other:Verify thePasswordencryption for auser in Catalyst9000stack.

Cat9KJS_Generic_06

PassedTo configure theCatalyst 9000stackwith the NTPserver

Generic/Other:Configure the NTPserver in Catalyst9000stack.

Cat9KJS_Generic_07

PassedTo verify if theCatalyst 9000 stackis configured withcorrect NTP serveror not

Generic/Other:Verify the NTPserverconfiguration inCatalyst 9000stack.

Cat9KJS_Generic_08


Test SummaryGeneric

PassedTo verify if therunningconfiguration issaved to the localmemory of Catalyst9000 device usingthe write commandor not

Generic/Other:Write the runningconfiguration to thelocal memory ofCatalyst 9000device.

Cat9KJS_Generic_09

PassedTo verify if therunningconfiguration ofCatalyst 9000device is saved tothe FTP Serverusing the writecommand or not

Generic/Other:Write/Copy therunningconfiguration ofCatalyst 9000device on the FTPServer.

Cat9KJS_Generic_10

PassedTo verify if therunningconfiguration ofCatalyst 9000device is saved tothe TFTP Serverusing the writecommand or not

Generic/Other:Write/Copy therunningconfiguration ofCatalyst 9000device on the TFTPServer.

Cat9KJS_Generic_11

PassedTo check the bootloader version isdisplayed correctlyor not

Generic/Other:Verify the versionof the Boot loaderimage

Cat9KJS_Generic_12

PassedTo verify the Resetstatus in SwitchMode of Catalyst9000

Generic/Other:Verifying the Resetstatus in SwitchMode of Catalyst9000

Cat9KJS_Generic_13

PassedTo Verify if the fileis deletedsuccessfully fromthe Catalyst 9000device or not

Generic/Other:Delete the filesfrom the specifiedfile system fromCatalyst 9000stack.

Cat9KJS_Generic_14

PassedTo verify if thecreation of adirectory issuccessful inCatalyst 9000device or not

Generic/Other:Create a Directoryin Catalyst 9000device

Cat9KJS_Generic_15


Test SummaryGeneric

PassedTo Verify if the fileis renamed issuccessful inCatalyst 9000device or not

Generic/Other:Rename a file inCatalyst 9000device.

Cat9KJS_Generic_16

PassedTo verify theVersion of theCatalyst 9000device

Generic/Other:Verifying theVersion of theCatalyst 9000device.

Cat9KJS_Generic_17

PassedTo verify theVLAN details likeVLAN ID, Typeand interfacedetails of theCatalyst 9000device or not

Generic/Other:Verifying theVLAN details ofthe Catalyst 9000device.

Cat9KJS_Generic_18

PassedVerifying the flashmemory detail ofthe Catalyst 9000device

Generic/Other:Verifying the Flashmemory details ofthe Catalyst 9000device.

Cat9KJS_Generic_19

PassedTo verify the IPSSH detail likeversion andauthenticationtimeout of theCatalyst 9000device.

Generic/Other:Verifying the IPSSH details of theCatalyst 9000device.

Cat9KJS_Generic_20

PassedTo verify theLicense detail w.r.tfeatures of theCatalyst 9000device

Generic/Other:Verifying theLicense details ofthe Catalyst 9000device.

Cat9KJS_Generic_21

PassedTo verify theStartupconfigurationdetails likeinterfaces,passwords andstack details of theCatalyst 9000device.

Generic/Other:Verifying theStartupconfiguration of theCatalyst 9000device.

Cat9KJS_Generic_22


Test SummaryGeneric

PassedTo verify the timeset in Catalyst 9000device is correct ornot

Generic/Other:Verifying theSystem Clock ofCatalyst 9000device.

Cat9KJS_Generic_23

PassedTo verify theSystem MTU ofCatalyst 9000device

Generic/Other:Verifying theSystem MTU ofCatalyst 9000device.

Cat9KJS_Generic_24

PassedTo verify the totalavailable memorysummary ofCatalyst 9000device.

Generic/Other:Checking theavailable memorysummary ofCatalyst 9000device.

Cat9KJS_Generic_25

PassedTo verify the Bootattributes likemode, bootvariables ofCatalyst 9000device.

Generic/Other:Verify the Bootattributes ofCatalyst 9000device.

Cat9KJS_Generic_26

PassedTo verify thePower inline of theall the Catalyst9000 devices in thestack

Generic/Other:Verify the Powerinline of theinterfaces inCatalyst 9000stack.

Cat9KJS_Generic_27

PassedTo verify thesummary of theinterfaces inCatalyst 9000device

Generic/Other:Verify thesummary of theinterfaces inCatalyst 9000device.

Cat9KJS_Generic_28

PassedTo verify the statusand protocoldescription of theInterfaces inCatalyst 9000 stack

Generic/Other:Verify the statusand description ofthe Interfaces inCatalyst 9000stack.

Cat9KJS_Generic_29


Test SummaryGeneric

PassedTo verify theSwitch-portInformation likeAdministrativemode, TrunkVLANs of theInterfaces inCatalyst 9000stack.

Generic/Other:Verify theSwitch-portInformation of theInterfaces inCatalyst 9000stack.

Cat9KJS_Generic_30

PassedTo verify thesummary of thetrunk interfaces fora single module inCatalyst 9000stack.

Generic/Other:Verify thesummary of thetrunk interfaces fora single module inCatalyst 9000stack.

Cat9KJS_Generic_31

PassedTo verify thesoftwareinstallationsummary Catalyst9000 stack.

Generic/Other:Verify the softwareinstallationsummary Catalyst9000 stack.

Cat9KJS_Generic_32

IP MulticastDefect IDStatusDescriptionTitleLogical ID

PassedVerify that user isable to config basicIP Multicast or not

Verifying user isable perform BasicIP MulticastRouting or not

Cat9KJS_mult_01

PassedVerify that user isable to enable PIMsparse mode onSVI or not

Configuring thePIM sparse modeon SVI

Cat9KJS_mult_02

PassedVerify that user isable to enable PIMsparse mode onloopback interface

Configuring thePIM sparse modeon loopbackinterface

Cat9KJS_mult_03

PassedVerify that user isable to config basicIP Multicastforwarding or not

Configuring andverifying the IPMulticastForwarding

Cat9KJS_mult_04


Test SummaryIP Multicast

PassedVerify that user isable to config staticMulticast route ornot

Verify that user isable to performMulticast routingwith staticMulticast Route

Cat9KJS_mult_05

PassedVerify that user isable to define the ipMulticast boundaryor not

Defining the ipMulticast boundary

Cat9KJS_mult_06

PassedVerify that user isable add a device inMulticast group ornot

Configuring andverifying theDevice as amember of aMulticast Group

Cat9KJS_mult_07

PassedVerify that user isable to control toMulticast group viaIGMP profile ornot

Controlling Accessto IP MulticastGroup via IGMPprofile

Cat9KJS_mult_08

PassedVerify that user isable to change theIGMP version ornot

Changing theIGMP version

Cat9KJS_mult_09

PassedVerify that user isable to enable ordisabling igmpsnooping onparticular VLANinterface or not

Enabling ordisabling IGMPSnooping on aVLAN Interface

Cat9KJS_mult_10

PassedVerify that user isable to enable PIMstub interface ornot

Configuring thePIM stub interface

Cat9KJS_mult_11

PassedVerify that user isable to set auto RPin a network or not

Setting the auto RPon a network

Cat9KJS_mult_12

PassedVerify that user isable to configPIMv2 BSR or not

Configuring andverify the PIMv2BSR

Cat9KJS_mult_13

PassedVerify that user isable to configureIGMP leave timeror not

Checking thatIGMP memberleaving the IGMPgroup after timeout

Cat9KJS_mult_14


Test SummaryIP Multicast

PassedVerify that user isable to an RP toMulticast group ornot

ManuallyAssigning an RP toMulticast Groups

Cat9KJS_mult_15

Keep AliveDefect IDStatusDescriptionTitleLogical ID

PassedTo verify whetheris it possible toconfigure theKeep-alive onEthernet interfaceor not

Alive: Configuringthe Keep-alive timeon Ethernetinterface

CAT9KJS_Keep_alive_01

PassedTo verify betweentwo interfaces it ispossible configurethe Keep-alive withdifferent protocols

Alive: Configuringwith differentprotocolKeep-alivesbetween Routerinterfaces


PassedTo verify whetherPING successfullyor not betweendifferent clients

Alive: Verifyingthe PING betweendifferent clients


PassedTo verify whetherTunnel interface isconfiguring withKeep-alive or not

Alive: TunnelinterfaceKeep-aliveconfiguration


PassedTo verify whetherthe keepalivepackets coulddetect the loop andput relatedinterface intoerrdisable status ornot.

Alive:EnsureKeepAlive packetsdetects the loop


LongevityDefect IDStatusDescriptionTitleLogical ID


Test SummaryKeep Alive

PassedVerify networkdevice is pingingfor 3-4 days fromCatalyst 9000

Validating theconsistent PingInterval Time &TTL with anyvariations betweenthe Catalyst 9000,and other networkdevices for 3-4days

Cat9KJS_long_01

PassedVerify windowsclient is pinging for3-4 days fromCatalyst 9000

Validating theconsistent PingInterval Time &TTL with anyvariations betweenthe Catalyst 9000,and windowsclient for 3-4 days

Cat9KJS_long_02

PassedVerify macbookclient is pinging for3-4 days fromCatalyst 9000

Validating theconsistent PingInterval Time &TTL with anyvariations betweenthe Catalyst 9000,and macbookclient for 3-4 days

Cat9KJS_long_03

PassedVerify that networkis tracing for 3-4days from Catalyst9000

Performing therecursive Traceroute betweennetwork devicesand Catalyst 9000consecutively

Cat9KJS_long_04

PassedVerify thatwindows client istracing for 3-4 daysform Catalyst 9000

Performing therecursive Traceroute betweenwired windowsclient and Catalyst9000 consecutivelyto ensure it worksuninterruptedly for48 hours

Cat9KJS_long_05


Test SummaryLongevity

PassedVerify thatmacbook clienttracing for 3-4 daysfrom Catalyst 9000

Performing therecursive Traceroute betweenmacbook andCatalyst 9000consecutively toensure it worksuninterruptedly for48 hours

Cat9KJS_long_06

PassedVerify that net stateof port is whenconnect withnetwork devices for4-5 days or not

Monitoring the netstate of port viawhich networkdevices connectedfor 3-4 days

Cat9KJS_long_07

PassedVerify that net stateof port is whenconnect withwindows client for4-5 days or not

Monitoring the netstate of port viawhich windowsclient connected for3-4 days

Cat9KJS_long_08

PassedVerify that net stateof port is whenconnect withmacbook for 4-5days or not

Monitoring the netstate of port viawhich macbookclient connected

Cat9KJS_long_09

PassedVerify that user isable to ping thenetwork devicefrom Catalyst 9000when networkdevices orconnected port isdown

Checking thedevices arepingable fromCatalyst 9000whennetwork device orconnected portdown for 3-4 days

Cat9KJS_long_10

PassedVerify that user isable to ping thewindows clientfrom Catalyst 9000when client deviceor connected port isdown

Checking thedevices arepingable fromCatalyst 9000whenwindows client orconnected portdown for 3-4 days

Cat9KJS_long_11

PassedVerify that user isable to ping thenetwork devicefrom Catalyst 9000when macbook orconnected port isdown

Checking thedevices arepingable fromCatalyst 9000whenmacbook orconnected portdown down for 3-4days

Cat9KJS_long_12


Test SummaryLongevity

Test TrafficDefect IDStatusDescriptionTitleLogical ID

PassedTo verify whetherVOIP traffic istransferringsuccessfully or not

Traffic: Checkingthe VOIP trafficflow in Catalyst9000 viaWireshark

CAT9KJS_Test_Traffic_01

PassedTo verify whetherSession indicationprotocolestablishing thesession or not

Traffic: Checkingthe SIP traffic flowin Catalyst 9000via Wireshark


PassedTo verify whetherSSH traffic isgenerating or not

Traffic: Checkingthe SSH trafficflow in Catalyst9000 viaWireshark


PassedTo verify whetherTelnet traffic isgenerating or not

Traffic: Checkingthe Telnet trafficflow in Catalyst9000 viaWireshark


PassedTo verify whetherfile transferringsuccessfully to theFTP server or not

Traffic: Checkingthe FTP traffic flowin Catalyst 9000via Wireshark


PassedTo verify whetherFile transferringsuccessfully todevice by using theTFTP server

Traffic: Checkingthe TFTP trafficflow in Catalyst9000 viaWireshark


PassedTo verify whetherHTTP traffic istransferring or not

Traffic: Checkingthe HTTP trafficflow in Catalyst9000 viaWireshark


PassedTo verify whetherHTTPs traffic istransferring or not

Traffic: Checkingthe HTTPS trafficflow in Catalyst9000 viaWireshark


PassedTo verify whetherRDP transferringsuccessfully or not

Traffic: Checkingthe RDP trafficflow in Catalyst9000 viaWireshark



Test SummaryTest Traffic

PassedTo verify whetherTCP packets aretransferring or not

Traffic: Checkingthe TCP trafficflow in Catalyst9000 viaWireshark


PassedTo verify whetherUDP packets aretransferring or not

Traffic: Checkingthe UDP trafficflow in Catalyst9000 viaWireshark



Test SummaryTest Traffic

C H A P T E R 4Related Documentation

• Related Documentation, on page 43

Related DocumentationCisco Catalyst 9300 Switch Configuration Guide

https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst9300/software/release/16-6/configuration_guide/b-166-9300-cg.html

Cisco Catalyst 9400 Switch Configuration Guide


Cisco Catalyst 9500 Switch Configuration Guide










Related DocumentationRelated Documentation

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