260 строки
8.2 KiB
PowerShell
260 строки
8.2 KiB
PowerShell
<#-------------Create Deployment Start------------------#>
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Import-Module .\TestLibs\RDFELibs.psm1 -Force
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$Subtests= $currentTestData.SubtestValues
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$SubtestValues = $Subtests.Split(",")
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$result = ""
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$testResult = ""
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$resultArr = @()
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$isDeployed = DeployVMS -setupType $currentTestData.setupType -Distro $Distro -xmlConfig $xmlConfig
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if($isDeployed)
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{
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#region EXTRACT ALL INFORMATION ABOUT DEPLOYED VMs
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#Extract the VM information..
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$hsNames = $isDeployed
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$hsNames = $hsNames.Split("^")
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$hs1Name = $hsNames[0]
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$hs2Name = $hsNames[1]
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$testService1Data = Get-AzureService -ServiceName $hs1Name
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$testService2Data = Get-AzureService -ServiceName $hs2Name
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#Get VMs deployed in the service..
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$hs1vms = $testService1Data | Get-AzureVM
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$hs2vms = $testService2Data | Get-AzureVM
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$hs1vm1 = $hs1vms[0]
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$hs1vm2 = $hs1vms[1]
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$hs2vm1 = $hs2vms[0]
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$hs2vm2 = $hs2vms[1]
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#Get the IP addresses
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$hs1vm1IP = $hs1vm1.IPaddress
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$hs1vm2IP = $hs1vm2.IPaddress
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$hs2vm1IP = $hs2vm1.IPaddress
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$hs2vm2IP = $hs2vm2.IPaddress
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$hs1vm1Hostname = $hs1vm1.InstanceName
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$hs1vm2Hostname = $hs1vm2.InstanceName
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$hs2vm1Hostname = $hs2vm1.InstanceName
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$hs2vm2Hostname = $hs2vm2.InstanceName
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$hs1vm1Endpoints = $hs1vm1 | Get-AzureEndpoint
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$hs1vm2Endpoints = $hs1vm2 | Get-AzureEndpoint
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$hs2vm1Endpoints = $hs2vm1 | Get-AzureEndpoint
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$hs2vm2Endpoints = $hs2vm2 | Get-AzureEndpoint
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$hs1VIP = $hs1vm1Endpoints[0].Vip
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$hs2VIP = $hs2vm1Endpoints[0].Vip
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$hs1ServiceUrl = $hs1vm1.DNSName
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$hs1ServiceUrl = $hs1ServiceUrl.Replace("http://","")
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$hs1ServiceUrl = $hs1ServiceUrl.Replace("/","")
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$hs2ServiceUrl = $hs2vm1.DNSName
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$hs2ServiceUrl = $hs2ServiceUrl.Replace("http://","")
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$hs2ServiceUrl = $hs2ServiceUrl.Replace("/","")
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#$hs1vm2 = $testVMsinService[1]
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#$hs1vm2Endpoints = $hs1vm2 | Get-AzureEndpoint
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$hs1vm1tcpport = GetPort -Endpoints $hs1vm1Endpoints -usage tcp
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$hs1vm2tcpport = GetPort -Endpoints $hs1vm2Endpoints -usage tcp
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$hs2vm1tcpport = GetPort -Endpoints $hs2vm1Endpoints -usage tcp
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$hs2vm2tcpport = GetPort -Endpoints $hs2vm2Endpoints -usage tcp
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$hs1vm1udpport = GetPort -Endpoints $hs1vm1Endpoints -usage udp
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$hs1vm2udpport = GetPort -Endpoints $hs1vm2Endpoints -usage udp
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$hs2vm1udpport = GetPort -Endpoints $hs2vm1Endpoints -usage udp
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$hs2vm2udpport = GetPort -Endpoints $hs2vm2Endpoints -usage udp
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$hs1vm1sshport = GetPort -Endpoints $hs1vm1Endpoints -usage ssh
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$hs1vm2sshport = GetPort -Endpoints $hs1vm2Endpoints -usage ssh
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$hs2vm1sshport = GetPort -Endpoints $hs2vm1Endpoints -usage ssh
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$hs2vm2sshport = GetPort -Endpoints $hs2vm2Endpoints -usage ssh
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$SSHDetails = Get-SSHDetailofVMs -DeployedServices $isDeployed
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$HostnameDIPDetails = Get-AllVMHostnameAndDIP $isDeployed
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#endregion
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try
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{
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#region CONFIGURE VNET VMS AND MAKE THEM READY FOR VNET TEST EXECUTION...
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#region Configure VNET VMS.. [edit resolv.conf file and edit hosts files]
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#ConfigureVNETVms -SSHDetails $SSHDetails
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#endregion
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#region DEFINE LOCAL NET VMS
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$dnsServer = CreateVMNode -nodeIp "192.168.3.120" -nodeSshPort 22 -user "root" -password "redhat"
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$nfsServer = CreateVMNode -nodeIp "192.168.3.125" -nodeSshPort 22 -user "root" -password "redhat"
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$mysqlServer = CreateVMNode -nodeIp "192.168.3.127" -nodeSshPort 22 -user "root" -password "redhat"
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#endregion
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#region DEFINE A INTERMEDIATE VM THAT WILL BE USED FOR ALL OPERATIONS DONE ON THE LOCAL NET VMS [DNS SERVER, NFSSERVER, MYSQL SERVER]
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$intermediateVM = CreateVMNode -nodeIp $hs1VIP -nodeSshPort $hs1vm1sshport -user $user -password $password -nodeDip $hs1vm1.IpAddress -nodeHostname $hs1vm1Hostname
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#endregion
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#region Upload all files to VNET VMS.. [All files are uploaded at once, to minimise re-upload process, at the execution time of every child method]
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$currentWindowsfiles = $currentTestData.files
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#UploadFilesToAllDeployedVMs -SSHDetails $SSHDetails -files $currentWindowsfiles
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#Make python files executable
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#RunLinuxCmdOnAllDeployedVMs -SSHDetails $SSHDetails -command "chmod +x *.py"
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#endregion
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#region Upload all files to LOCAL NET VMS.. [All files are uploaded to minimise reupload process at the execution of every child method]
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#Assuming that all files will be available at VNET VMS..
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$currentLinuxFiles = ConvertFileNames -ToLinux -currentWindowsFiles $currentTestData.files -expectedLinuxPath "/home/test"
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#RemoteCopyRemoteVM -upload -intermediateVM $intermediateVM -remoteVM $dnsServer -remoteFiles $currentLinuxFiles
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#RemoteCopyRemoteVM -upload -intermediateVM $intermediateVM -remoteVM $nfsServer -remoteFiles $currentLinuxFiles
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#RemoteCopyRemoteVM -upload -intermediateVM $intermediateVM -remoteVM $mysqlServer -remoteFiles $currentLinuxFiles
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# Make them executable..
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##RunLinuxCmdOnRemoteVM -intermediateVM $intermediateVM -remoteVM $dnsServer -remoteCommand "chmod +x /home/$user/*.py" -runAsSudo
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#RunLinuxCmdOnRemoteVM -intermediateVM $intermediateVM -remoteVM $nfsServer -remoteCommand "chmod +x /home/$user/*.py" -runAsSudo
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#RunLinuxCmdOnRemoteVM -intermediateVM $intermediateVM -remoteVM $mysqlServer -remoteCommand "chmod +x /home/$user/*.py" -runAsSudo
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#endregion
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#region CONFIGURE DSN SERVER WITH IP ADDRESSES OF DEPLOYED VNET VMs...
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#ConfigureDnsServer -intermediateVM $intermediateVM -DnsServer $dnsServer -HostnameDIPDetails $HostnameDIPDetails
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#endregion
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$isAllConfigured = "True"
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#endregion
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}
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catch
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{
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$isAllConfigured = "False"
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$ErrorMessage = $_.Exception.Message
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LogErr "EXCEPTION : $ErrorMessage"
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}
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Finally
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{
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}
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if ($isAllConfigured = "True")
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{
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#region TEST EXECUTION
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$pingFrom = CreatePingNode -nodeIp $hs1VIP -nodeSshPort $hs1vm1sshport -user $user -password $password -files $currentTestData.files -logDir $LogDir
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$resultArr = @()
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foreach ($Value in $SubtestValues)
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{
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mkdir $LogDir\$Value -ErrorAction SilentlyContinue | out-null
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switch ($Value)
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{
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"SameHS-DiffSubnet" {
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$VnetTestIP = $hs1vm1IP
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$VnetTestHostName = $hs1vm1Hostname
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}
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"DiffHS-SameSubnet" {
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$VnetTestIP = $hs2vm2IP
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$VnetTestHostName = $hs2vm2Hostname
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}
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"DiffHS-DiffSubnet" {
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$VnetTestIP = $hs2vm1IP
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$VnetTestHostName = $hs2vm1Hostname
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}
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# Reference - Output of tested virtual machines -
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#PS C:\Users\v-shisav> $hs1vm1IP
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#192.168.4.198
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#PS C:\Users\v-shisav> $hs1vm2IP
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#192.168.4.134
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#PS C:\Users\v-shisav> $hs2vm1IP
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#192.168.4.135
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#PS C:\Users\v-shisav> $hs2vm2IP
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#192.168.4.199
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}
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foreach ($mode in $currentTestData.TestMode.Split(","))
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{
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try
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{
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if(($mode -eq "IP") -or ($mode -eq "VIP") -or ($mode -eq "DIP"))
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{
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$pingFrom.cmd = "$python_cmd ping.py -x $VnetTestIP -c 10"
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}
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if(($mode -eq "URL") -or ($mode -eq "Hostname"))
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{
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$pingFrom.cmd = "$python_cmd ping.py -x $VnetTestHostName -c 10"
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}
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LogMsg "Test Started for $Value in $mode mode.."
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mkdir $LogDir\$Value\$mode -ErrorAction SilentlyContinue | out-null
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$pingFrom.logDir = $LogDir + "\$Value\$mode"
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$testResult = DoPingTest -pingFrom $pingFrom -isVNET
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LogMsg "Test Status for $mode mode - $testResult"
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}
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catch
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{
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$ErrorMessage = $_.Exception.Message
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LogErr "EXCEPTION : $ErrorMessage"
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}
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Finally
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{
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$metaData = "$Value : $mode"
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if (!$testResult)
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{
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$testResult = "Aborted"
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}
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$resultArr += $testResult
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$resultSummary += CreateResultSummary -testResult $testResult -metaData $metaData -checkValues "PASS,FAIL,ABORTED" -testName $currentTestData.testName# if you want to publish all result then give here all test status possibilites. if you want just failed results, then give here just "FAIL". You can use any combination of PASS FAIL ABORTED and corresponding test results will be published!
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}
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}
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}
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#endregion
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}
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else
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{
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LogErr "Test Aborted due to Configuration Failure.."
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$testResult = "Aborted"
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$resultArr += $testResult
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}
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}
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else
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{
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$testResult = "Aborted"
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$resultArr += $testResult
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}
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$result = GetFinalResultHeader -resultarr $resultArr
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#region Clenup the DNS server.
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#$dnsServer.cmd = "/home/$user/CleanupDnsServer.py"
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#RunLinuxCmdOnRemoteVM -intermediateVM $intermediateVM -remoteVM $dnsServer -runAsSudo
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#endregion
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#Clean up the setup
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DoTestCleanUp -result $result -testName $currentTestData.testName -deployedServices $isDeployed
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#Return the result and summery to the test suite script..
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return $result , $resultSummary
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