386 строки
21 KiB
PowerShell
386 строки
21 KiB
PowerShell
Import-Module .\TestLibs\RDFELibs.psm1 -Force
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$testResult = ""
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$result = ""
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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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$vm1added = $false
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foreach ($VMdata in $allVMData)
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{
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if ($VMdata.RoleName -imatch $currentTestData.setupType )
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{
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if ( $vm1added )
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{
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$hs1VIP = $VMdata.PublicIP
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$hs1vm2sshport = $VMdata.SSHPort
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$hs1vm2tcpport = $VMdata.TCPtestPort
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$hs1ServiceUrl = $VMdata.URL
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}
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else
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{
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$hs1VIP = $VMdata.PublicIP
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$hs1vm1sshport = $VMdata.SSHPort
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$hs1vm1tcpport = $VMdata.TCPtestPort
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$hs1ServiceUrl = $VMdata.URL
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$vm1added = $true
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}
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}
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elseif ($VMdata.RoleName -imatch "DTAP")
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{
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$dtapServerIp = $VMdata.PublicIP
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$dtapServerSshport = $VMdata.SSHPort
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$dtapServerTcpport = $VMdata.TCPtestPort
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}
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}
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LogMsg "Test Machine 1 : $hs1VIP : $hs1vm1sshport"
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LogMsg "Test Machine 2 : $hs1VIP : $hs1vm2sshport"
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LogMsg "DTAP Machine : $dtapServerIp : $hs1vm1sshport"
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$iperfTimeoutSeconds = $currentTestData.iperfTimeoutSeconds
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$wait = 45
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$Value = 2
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$cmd1="$python_cmd start-server.py -p $hs1vm1tcpport && mv Runtime.log start-server.py.log -f"
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$cmd2="$python_cmd start-server.py -p $hs1vm2tcpport && mv Runtime.log start-server.py.log -f"
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$cmd3="$python_cmd start-client.py -c $hs1VIP -p $hs1vm1tcpport -t10 -P$Value"
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$server1 = CreateIperfNode -nodeIp $hs1VIP -nodeSshPort $hs1vm1sshport -nodeTcpPort $hs1vm1tcpport -nodeIperfCmd $cmd1 -user $user -password $password -files $currentTestData.files -logDir $LogDir -nodeDip $hs1vm1.IpAddress
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$server2 = CreateIperfNode -nodeIp $hs1VIP -nodeSshPort $hs1vm2sshport -nodeTcpPort $hs1vm2tcpport -nodeIperfCmd $cmd2 -user $user -password $password -files $currentTestData.files -logDir $LogDir -nodeDip $hs1vm2.IpAddress
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$client = CreateIperfNode -nodeIp $dtapServerIp -nodeSshPort $dtapServerSshport -nodeTcpPort $dtapServerTcpport -nodeIperfCmd $cmd3 -user $user -password $password -files $currentTestData.files -logDir $LogDir
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$resultArr = @()
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$result = "", ""
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#endregion
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foreach ($mode in $currentTestData.TestMode.Split(","))
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{
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try
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{
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$testResult = ""
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#region Upload all Files in Test VMs
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mkdir $LogDir\$mode -ErrorAction SilentlyContinue | out-null
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mkdir $LogDir\$mode\Server1 -ErrorAction SilentlyContinue | out-null
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mkdir $LogDir\$mode\Server2 -ErrorAction SilentlyContinue | out-null
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$server1.logDir = $LogDir + "\$mode" + "\Server1"
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$server2.logDir = $LogDir + "\$mode" + "\Server2"
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$client.logDir = $LogDir + "\$mode"
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if(($mode -eq "IP") -or ($mode -eq "VIP") -or ($mode -eq "DIP"))
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{
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$client.cmd = "$python_cmd start-client.py -c $hs1VIP -p $hs1vm1tcpport -t$iperfTimeoutSeconds -P$Value"
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}
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if(($mode -eq "URL") -or ($mode -eq "Hostname"))
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{
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$client.cmd = "$python_cmd start-client.py -c $hs1ServiceUrl -p $hs1vm1tcpport -t$iperfTimeoutSeconds -P$Value"
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}
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LogMsg "Test Started for Parallel Connections $Value"
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RemoteCopy -uploadTo $server1.ip -port $server1.sshPort -files $server1.files -username $server1.user -password $server1.password -upload
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RemoteCopy -uploadTo $server2.Ip -port $server2.sshPort -files $server2.files -username $server2.user -password $server2.password -upload
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RemoteCopy -uploadTo $client.Ip -port $client.sshPort -files $client.files -username $client.user -password $client.password -upload
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$suppressedOut = RunLinuxCmd -username $server2.user -password $server2.password -ip $server2.ip -port $server2.sshPort -command "chmod +x *" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $server1.user -password $server1.password -ip $server1.ip -port $server1.sshPort -command "chmod +x *" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "chmod +x *" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $server2.user -password $server2.password -ip $server2.ip -port $server2.sshPort -command "rm -rf *.txt *.log" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $server1.user -password $server1.password -ip $server1.ip -port $server1.sshPort -command "rm -rf *.txt *.log" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "rm -rf *.txt *.log" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $server1.user -password $server1.password -ip $server1.ip -port $server1.sshport -command "echo Test Started > iperf-server.txt" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $server2.user -password $server2.password -ip $server2.ip -port $server2.sshPort -command "echo Test Started > iperf-server.txt" -runAsSudo
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#endregion
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#Step 1.1: Start Iperf Server on both VMs
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StartIperfServer $server1
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StartIperfServer $server2
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$isServerStarted = IsIperfServerStarted $server1
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$isServerStarted = IsIperfServerStarted $server2
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sleep($wait)
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if(($isServerStarted -eq $true) -and ($isServerStarted -eq $true))
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{
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LogMsg "Iperf Server1 and Server2 started successfully. Listening TCP port $($client.tcpPort) ..."
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#Step 1.2: Start Iperf Client on Listening VM
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshport -command "echo Test Started > iperf-client.txt" -runAsSudo
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StartIperfClient $client
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$isClientStarted = IsIperfClientStarted $client
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if($isClientStarted -eq $true)
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{
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#region Test Case Steps Execution
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#Step 2: Stop Iperf client
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "$python_cmd stop-client.py" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "echo Client Stopped 1 >> iperf-client.txt" -runAsSudo
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#Step 3 : Stop Iperf Server on VM1
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$suppressedOut = RunLinuxCmd -username $server1.user -password $server1.password -ip $server1.ip -port $server1.sshport -command "$python_cmd stop-server.py" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $server1.user -password $server1.password -ip $server1.ip -port $server1.sshport -command "echo Both Servers Stopped 1 >> iperf-server.txt" -runAsSudo
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#Step 4 : Stop Iperf Server on VM2
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$suppressedOut = RunLinuxCmd -username $server2.user -password $server2.password -ip $server2.ip -port $server2.sshport -command "$python_cmd stop-server.py" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $server2.user -password $server2.password -ip $server2.ip -port $server2.sshport -command "echo Both Servers Stopped 1 >> iperf-server.txt" -runAsSudo
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#Step 5 : Wait for $wait sec and then Start Iperf Client Again
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sleep ($wait)
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "echo Client Started 1 >> iperf-client.txt" -runAsSudo
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StartIperfClient $client
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#Step 6: Stop Iperf client Again
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "$python_cmd stop-client.py" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "echo Client Stopped 2 >> iperf-client.txt" -runAsSudo
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#Step5 : Start Iperf Server on VM1 Again
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$suppressedOut = RunLinuxCmd -username $server1.user -password $server1.password -ip $server1.ip -port $server1.sshport -command "echo Both Servers Started 2 >> iperf-server.txt" -runAsSudo
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StartIperfServer $server1
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#Step5 : Start Iperf Server on VM2 Again
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$suppressedOut = RunLinuxCmd -username $server2.user -password $server2.password -ip $server2.ip -port $server2.sshport -command "echo Both Servers Started 2 >> iperf-server.txt" -runAsSudo
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StartIperfServer $server2
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#Step6 : Wait for $wait sec and then Start Iperf Client Again
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sleep ($wait)
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "echo Client Started 2 >> iperf-client.txt" -runAsSudo
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StartIperfClient $client
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$isClientStarted = IsIperfClientStarted $client
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$server1State = IsIperfServerRunning $server1
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$server2State = IsIperfServerRunning $server2
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if(($server1State -eq $true) -and ($server2State -eq $true))
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{
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LogMsg "Both Servers Started"
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$testResult = "PASS"
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}
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else
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{
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LogErr "Server Start Failed Server1 state is $server1State and Server2 state is $server2State"
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$testResult = "FAIL"
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}
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# Step7 : Finish Tests, Echoing Bookmarks for Parsing
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$suppressedOut = RunLinuxCmd -username $server1.user -password $server1.password -ip $server1.ip -port $server1.sshport -command "echo TestComplete >> iperf-server.txt" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $server2.user -password $server2.password -ip $server2.ip -port $server2.sshPort -command "echo TestComplete >> iperf-server.txt" -runAsSudo
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$suppressedOut = RunLinuxCmd -username $client.user -password $client.password -ip $client.ip -port $client.sshPort -command "echo AllTestComplete >> iperf-client.txt" -runAsSudo
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# Copy All Logs
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RemoteCopy -download -downloadFrom $server1.ip -files "/home/$user/iperf-server.txt" -downloadTo $server1.LogDir -port $server1.sshPort -username $server1.user -password $server1.password
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RemoteCopy -download -downloadFrom $server2.ip -files "/home/$user/iperf-server.txt" -downloadTo $server2.LogDir -port $server2.sshPort -username $server2.user -password $server2.password
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RemoteCopy -download -downloadFrom $client.ip -files "/home/$user/start-client.py.log, /home/$user/iperf-client.txt" -downloadTo $client.LogDir -port $client.sshPort -username $client.user -password $client.password
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#endregion
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$clientLog= $client.LogDir + "\iperf-client.txt"
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Function Analysis()
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{
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#region Test Analysis
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#Test Analysis Begins
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#Verify connectivity between client started and stopped first time
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$isClientConnected = AnalyseIperfClientConnectivity -logFile $clientLog -beg "Test Started" -end "Client Stopped 1"
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$clientConnCount = GetParallelConnectionCount -logFile $clientLog -beg "Test Started" -end "Client Stopped 1"
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$server1CpConnCount = 0
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$server2CpConnCount = 0
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If ($isClientConnected)
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{
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$testResult = "PASS"
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$server1Log= $server1.LogDir + "\iperf-server.txt"
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$server2Log= $server2.LogDir + "\iperf-server.txt"
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$isServerConnected1 = AnalyseIperfServerConnectivity -logFile $server1Log -beg "Test Started" -end "Both Servers Stopped 1"
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$isServerConnected2 = AnalyseIperfServerConnectivity -logFile $server2Log -beg "Test Started" -end "Both Servers Stopped 1"
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If (($isServerConnected1) -and ($isServerConnected2))
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{
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$testResult = "PASS"
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$connectStr1="$($server1.DIP)\sport\s\d*\sconnected with $($client.ip)\sport\s\d"
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$connectStr2="$($server2.DIP)\sport\s\d*\sconnected with $($client.ip)\sport\s\d"
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#Get Number of connected streams for test step 1 between test started and Server1 stopped
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$server1ConnCount = GetStringMatchCount -logFile $server1Log -beg "Test Started" -end "Both Servers Stopped 1" -str $connectStr1
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$server2ConnCount = GetStringMatchCount -logFile $server2Log -beg "Test Started" -end "Both Servers Stopped 1" -str $connectStr2
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#Verify Custom Probe Messages on both server
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$server1CpConnCount= GetCustomProbeMsgsCount -logFile $server1Log -beg "Test Started" -end "Both Servers Stopped 1"
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$server2CpConnCount= GetCustomProbeMsgsCount -logFile $server2Log -beg "Test Started" -end "Both Servers Stopped 1"
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LogMsg "$server1CpConnCount Custom Probe Messages observed on Server1 before stopping Server1"
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LogMsg "$server2CpConnCount Custom Probe Messages observed on Server2 before stopping Server1"
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$testResult = "PASS"
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LogMsg "Server1 Parallel Connection Count before stopping Server1 is $server1ConnCount"
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LogMsg "Server2 Parallel Connection Count before stopping Server2 is $server2ConnCount"
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$diff = [Math]::Abs($server1ConnCount - $server2ConnCount)
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If ((($diff/$Value)*100) -lt 20)
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{
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$testResult = "PASS"
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LogMsg "Connection Counts are distributed evenly in both Servers before stopping Server1"
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LogMsg "Diff between server1 and server2 Connection Counts is $diff"
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#Till Now verification of connectivity, Custom Probe and connection distribution is verified
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#Start Verification of connectivity from Server1 and Server2 is stopped and both Servers are started back again
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$isServerConnected1 = AnalyseIperfServerConnectivity -logFile $server1Log -beg "Both Servers Stopped 1" -end "Both Servers Started 2"
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$isServerConnected2 = AnalyseIperfServerConnectivity -logFile $server2Log -beg "Both Servers Stopped 1" -end "Both Servers Started 2"
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If (($isServerConnected1 -eq $true) -and ($isServerConnected1 -eq $true))
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{
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LogErr "Iperf server on Server1 is stopped in this state, hence connections should not be observed"
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LogErr "Iperf server on Server2 is stopped in this state, hence connections should not be observed"
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$testResult= "FAIL"
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}
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else
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{
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LogMsg "Iperf server on Server1 is stopped in this state, hence no connections Observed"
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LogMsg "Iperf server on Server2 is stopped in this state, hence no connections Observed"
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$testResult= "PASS"
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#Get Number of connected streams for test step 1 between both Servers Stopped and started back
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$server1ConnCount = GetStringMatchCount -logFile $server1Log -beg "Both Servers Stopped 1" -end "Both Servers Started 2" -str $connectStr1
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$server2ConnCount = GetStringMatchCount -logFile $server2Log -beg "Both Servers Stopped 1" -end "Both Servers Started 2" -str $connectStr2
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If (($server1ConnCount -ne 0) -and ($server2ConnCount -ne 0))
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{
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LogErr "Iperf server on Both Server are in stopped state, hence connections streams should not be observed"
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$testResult= "FAIL"
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}
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else
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{
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LogMsg "Iperf server on Both Servers are in stopped state, hence no connection streams Observed"
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$testResult= "PASS"
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#Verify CustomProbe Messages test step 1 between Server stopped on both Server1 and Server2 and started back again
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#Verify Connectivity on Both Servers after starting them again , server2 should be connected to all the streams from Client
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#Start Test Analysis between both Servers started second time and Test Completed
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$isServerConnected1 = AnalyseIperfServerConnectivity -logFile $server1Log -beg "Both Servers Started 2" -end "TestComplete"
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$isServerConnected2 = AnalyseIperfServerConnectivity -logFile $server2Log -beg "Both Servers Started 2" -end "TestComplete"
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If (($isServerConnected1) -and ($isServerConnected2))
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{
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LogMSg "Both Servers are Connected to Client after starting Server1 and Server2 "
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$testResult = "PASS"
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$connectStr1="$($server1.DIP)\sport\s\d*\sconnected with $($client.ip)\sport\s\d"
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$connectStr2="$($server2.DIP)\sport\s\d*\sconnected with $($client.ip)\sport\s\d"
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#Get Number of connected streams for test step 1 between both Servers started second time and Test Completed
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$server1ConnCount = GetStringMatchCount -logFile $server1Log -beg "Both Servers Started 2" -end "TestComplete" -str $connectStr1
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$server2ConnCount = GetStringMatchCount -logFile $server2Log -beg "Both Servers Started 2" -end "TestComplete" -str $connectStr2
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#Verify Custom Probe Messages on both server between both Servers started second time and Test Completed
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If (( IsCustomProbeMsgsPresent -logFile $server1Log -beg "Both Servers Started 2" -end "TestComplete") -and (IsCustomProbeMsgsPresent -logFile $server2Log -beg "Both Servers Started 2" -end "TestComplete"))
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{
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$server1CpConnCount= GetCustomProbeMsgsCount -logFile $server1Log -beg "Both Servers Started 2" -end "TestComplete"
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$server2CpConnCount= GetCustomProbeMsgsCount -logFile $server2Log -beg "Both Servers Started 2" -end "TestComplete"
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LogMsg "$server1CpConnCount Custom Probe Messages observed on Server1 after Starting back Server1"
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LogMsg "$server2CpConnCount Custom Probe Messages observed on Server2 after Starting back Server2"
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$testResult = "PASS"
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LogMsg "Server1 Parallel Connection Count after Starting back Server1 is $server1ConnCount"
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LogMsg "Server2 Parallel Connection Count after Starting back Server2 is $server2ConnCount"
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$diff = [Math]::Abs($server1ConnCount - $server2ConnCount)
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If ((($diff/$Value)*100) -lt 20)
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{
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$testResult = "PASS"
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LogMsg "Connection Counts are distributed evenly in both Servers after Starting back Server1"
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LogMsg "Diff between server1 and server2 Connection Counts is $diff after Starting back Server1"
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#Analysis Total DataTransfer on both server and Client
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$server1Dt= GetTotalDataTransfer -logFile $server1Log -beg "Test Started" -end "TestComplete"
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LogMsg "Server1 Total Data Transfer is $server1Dt"
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$server2Dt= GetTotalDataTransfer -logFile $server2Log -beg "Test Started" -end "TestComplete"
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LogMsg "Server2 Total Data Transfer is $server2Dt"
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$clientDt= GetTotalDataTransfer -logFile $clientLog -beg "Test Started" -end "AllTestComplete"
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LogMsg "Client Total Data Transfer is $clientDt"
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$totalServerDt = ([int]($server1Dt.Split("K")[0]) + [int]($server2Dt.Split("K")[0]))
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LogMsg "All Servers Total Data Transfer is $totalServerDt"
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If (([int]($clientDt.Split("K")[0])) -eq [int]($totalServerDt)) {
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$testResult = "PASS"
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LogMsg "Total DataTransfer is equal on both Server and Client"
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} else {
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$testResult = "FAIL"
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LogErr "Total DataTransfer is NOT equal on both Server and Client"
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}
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}
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else
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{
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$testResult = "FAIL"
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LogErr "Connection Counts are not distributed correctly after Starting back Server1"
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LogErr "Diff between server1 and server2 is $diff after Starting back Server1"
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}
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}
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else
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{
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if (!( IsCustomProbeMsgsPresent -logFile $server1Log -beg "Both Servers Started 2" -end "TestComplete") )
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{
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LogErr "NO Custom Probe Messages observed on Server1 after Starting back Server1"
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$testResult = "FAIL"
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}
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if (!(IsCustomProbeMsgsPresent -logFile $server2Log -beg "Both Servers Started 2" -end "TestComplete"))
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{
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LogErr "NO Custom Probe Messages observed on Server2 after Starting back Server2"
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$testResult = "FAIL"
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}
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}
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#Test Analysis Finished
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}
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else
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{
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$testResult = "FAIL"
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LogErr "Server is not Connected to Client after Starting both Server1 and Server2 again"
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}
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}
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}
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}
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else
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{
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$testResult = "FAIL"
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LogErr "Connection Counts are not distributed correctly"
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LogErr "Diff between server1 and server2 is $diff"
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}
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}
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else
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{
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$testResult = "FAIL"
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LogErr "Server is not Connected to Client"
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}
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}
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else
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{
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$testResult = "FAIL"
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LogErr "Client is not Connected to Server"
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}
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#endregion
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}
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}
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else
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{
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LogErr "Failured detected in client connection at the start of test"
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RemoteCopy -download -downloadFrom $server1.ip -files "/home/$user/iperf-server.txt" -downloadTo $server1.LogDir -port $server1.sshPort -username $server1.user -password $server1.password
|
|
LogMsg "Test Finished..!"
|
|
$testResult = "FAIL"
|
|
}
|
|
}
|
|
else
|
|
{
|
|
LogErr "Unable to start iperf-server. Aborting test."
|
|
RemoteCopy -download -downloadFrom $server1.ip -files "/home/$user/iperf-server.txt" -downloadTo $server1.LogDir -port $server1.sshPort -username $server1.user -password $server1.password
|
|
RemoteCopy -download -downloadFrom $server2.ip -files "/home/$user/iperf-server.txt" -downloadTo $server2.LogDir -port $server2.sshPort -username $server2.user -password $server2.password
|
|
$testResult = "Aborted"
|
|
}
|
|
LogMsg "$($currentTestData.testName) : $mode : $testResult"
|
|
}
|
|
catch
|
|
{
|
|
$testResult = "Aborted"
|
|
$ErrorMessage = $_.Exception.Message
|
|
LogErr "EXCEPTION : $ErrorMessage"
|
|
}
|
|
Finally
|
|
{
|
|
$metaData = "$Value : $mode"
|
|
if (!$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 -ResourceGroups $isDeployed
|
|
|
|
#Return the result and summery to the test suite script..
|
|
return $result,$resultSummary
|