56 строки
2.8 KiB
Plaintext
56 строки
2.8 KiB
Plaintext
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Login on your Hyper-V server.
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Start PowerShell with the Run As Administrator option.
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Deploy VM's in Azure.
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1. Create deployment of type : Load Balanced - Probe Port on same port.
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You will get Two VMs deployed in a hosted service.
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VM alias : HS1VM1, HS1VM2
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Hosted Service Alias : HS1
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[please go through DEPLOYMENT-CONFIGURATIONS.txt for more information about deploy types.]
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Execute Test :
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1. Start Iperf server on HS1VM1
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Execute "iperf -s -p <TCP load balanced port>"
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2. Start Iperf server on HS1VM2
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Execute "iperf -s -p <TCP load balanced port>"
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3. Wait until you see probe messages on both iperf servers.
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4. Start Iperf client on dtap machine (A machine outside Azure, which have a static IP address).
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Execute "iperf -c <VIP of HS1> -p <TCP load balanced port> -P 2"
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5. Verify HS1VM1 and HS1VM2 connected to One connection each. And data transfer is evenly distributed.
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6. Stop iperf server on HS1VM1 and HS1VM2.
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Execute "killall iperf" on HS1VM1 & HS1VM2 and wait 20 seconds.
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7. Start Iperf client on dtap machine.
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Execute "iperf -c <VIP of HS1> -p <TCP load balanced port> -P 2"
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8. Verify that iperf client is failing to connect.
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9. Start Iperf server on HS1VM1 and HS1VM2 again.
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Execute "iperf -s -p <TCP load balanced port>"
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10. Wait until you see probe messages on both iperf servers.
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11. Start Iperf client on dtap machine (A machine outside Azure, which have a static IP address).
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Execute "iperf -c <VIP of HS1> -p <TCP load balanced port> -P 2"
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12. Verify HS1VM1 and HS1VM2 connected to One connection each. And data transfer is evenly distributed.
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13. Repeat 1 - 12 using DNS name of VM roles.
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Hint : Execute "iperf -c <DNS name of HS1> -p <TCP load balanced port> -P 2" on Dtap machine.
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Cleanup the test VMs.
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1. If test is PASS, delete all VMs under test.
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2. If test is FAIL, collect the logs and preserve deployed VMs.
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Add following test definition under "<testsDefinition>..</testsDefinition>" in XML file to drive the test:
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<test>
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<testName>NETWORK-LB-CUSTOMPROBE-SAME-PORT-TWO-NODES-DOWN-TCP</testName>
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<testScript></testScript>
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<testScriptps1>NETWORK-LB-CUSTOMPROBE-SAME-PORT-TWO-NODES-DOWN-TCP.ps1</testScriptps1>
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<files>remote-scripts\start-server.py, remote-scripts\start-client.py, remote-scripts\check-server.py,remote-scripts\stop-server.py, remote-scripts\azuremodules.py, remote-scripts\start-server-without-stopping.py</files>
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<setupType>CustomProbeSamePort</setupType>
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<TestType></TestType>
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<TestFeature></TestFeature>
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<TestID>AzureNetwork_CPSP_006</TestID>
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<TestMode>VIP,URL</TestMode>
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<Priority>P0</Priority>
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</test>
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Run the tests defined in the .xml file.
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From the PowerShell command line, issue the following command:
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Run all NETWORK tests:
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.\AzureAutomationManager.ps1 -xmlConfigFile azure_ica_all.xml -runtests -Distro CentOS -cycleName NETWORK
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