azure-linux-automation/remote-scripts/NETWORK-OUTBOUND-ACCESS-IPE...

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3.8 KiB
PowerShell

Import-Module .\TestLibs\RDFELibs.psm1 -Force
$Subtests= $currentTestData.SubtestValues
$SubtestValues = $Subtests.Split(",")
$testResult = ""
$result = ""
$resultArr = @()
$isDeployed = DeployVMS -setupType $currentTestData.setupType -Distro $Distro -xmlConfig $xmlConfig
if($isDeployed)
{
$hsNames = $isDeployed.Split("^")
$hs1Name = $hsNames[0]
$hs2Name = $hsNames[1]
$testServiceData = Get-AzureService -ServiceName $hs1Name
$dtapServiceData = Get-AzureService -ServiceName $hs2Name
#Extract Test VM Data
$testVMsinService = $testServiceData | Get-AzureVM
$hs1vm1 = $testVMsinService
$hs1vm1Endpoints = $hs1vm1 | Get-AzureEndpoint
$hs1VIP = $hs1vm1Endpoints[0].Vip
$hs1ServiceUrl = $hs1vm1.DNSName
$hs1ServiceUrl = $hs1ServiceUrl.Replace("http://","")
$hs1ServiceUrl = $hs1ServiceUrl.Replace("/","")
$hs1vm1tcpport = GetPort -Endpoints $hs1vm1Endpoints -usage tcp
$hs1vm1udpport = GetPort -Endpoints $hs1vm1Endpoints -usage udp
$hs1vm1sshport = GetPort -Endpoints $hs1vm1Endpoints -usage ssh
#Extract DTAP VM data
$dtapServer = $dtapServiceData | Get-AzureVM
$dtapServerEndpoints = $dtapServer | Get-AzureEndpoint
$dtapServerIp = $dtapServerEndpoints[0].Vip
$dtapServerUrl = $dtapServer.DNSName
$dtapServerUrl = $dtapServerUrl.Replace("http://","")
$dtapServerUrl = $dtapServerUrl.Replace("/","")
$dtapServerTcpport = GetPort -Endpoints $dtapServerEndpoints -usage tcp
$dtapServerUdpport = GetPort -Endpoints $dtapServerEndpoints -usage udp
$dtapServerSshport = GetPort -Endpoints $dtapServerEndpoints -usage ssh
LogMsg "Test Machine : $hs1VIP : $hs1vm1sshport"
LogMsg "DTAP Machine : $dtapServerIp : $hs1vm1sshport"
$cmd1="./start-server.py -p $dtapServerUDPport -u yes && mv Runtime.log start-server.py.log -f"
$cmd2="./start-client.py -c $dtapServerIp -p $dtapServerUDPport -t20 -P1 -u yes"
$server = CreateIperfNode -nodeIp $dtapServerIp -nodeSshPort $dtapServerSshport -nodeTcpPort $dtapServerTcpport -nodeIperfCmd $cmd1 -user $user -password $password -files $currentTestData.files -logDir $LogDir
$client = CreateIperfNode -nodeIp $hs1VIP -nodeSshPort $hs1vm1sshport -nodeTcpPort $hs1vm1tcpport -nodeIperfCmd $cmd2 -user $user -password $password -files $currentTestData.files -logDir $LogDir
$resultArr = @()
$result = "", ""
foreach ($Value in $SubtestValues)
{
try
{
$testResult = $null
LogMsg "Test Started for Parallel Connections $Value"
$client.cmd = "./start-client.py -c $dtapServerIp -p $dtapServerUDPport -t20 -P$Value -u yes"
mkdir $LogDir\$Value -ErrorAction SilentlyContinue | out-null
$server.logDir = $LogDir + "\$Value"
$client.logDir = $LogDir + "\$Value"
$suppressedOut = RunLinuxCmd -username $server.user -password $server.password -ip $server.ip -port $server.sshport -command "rm -rf iperf-server.txt" -runAsSudo
$testResult=IperfClientServerUDPTestParallel $server $client
LogMsg "$($currentTestData.testName) : $Value : $testResult"
}
catch
{
$ErrorMessage = $_.Exception.Message
LogMsg "EXCEPTION : $ErrorMessage"
}
Finally
{
$metaData = $Value
if (!$testResult)
{
$testResult = "Aborted"
}
$resultArr += $testResult
$resultSummary += CreateResultSummary -testResult $testResult -metaData $metaData -checkValues "PASS,FAIL,ABORTED" -testName $currentTestData.testName# if you want to publish all result then give here all test status possibilites. if you want just failed results, then give here just "FAIL". You can use any combination of PASS FAIL ABORTED and corresponding test results will be published!
}
}
}
else
{
$testResult = "Aborted"
$resultArr += $testResult
}
$result = GetFinalResultHeader -resultarr $resultArr
#Clean up the setup
DoTestCleanUp -result $result -testName $currentTestData.testName -deployedServices $isDeployed
#Return the result and summery to the test suite script..
return $result,$resultSummary