Integrate with ALM using VAPI-XP

Supported in versions: LoadRunner Enterprise 202x; ALM 15.0 or later

This section describes how to integrate ALM with LoadRunner Enterprise using VAPI-XP. This enables you to run LoadRunner Enterprise performance tests, save test results, and view reports directly from ALM.

ALM integration flow

The following diagram illustrates the integration between LoadRunner Enterprise and ALM:

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Prerequisites

Before you begin, you must perform the following on the ALM client machine:

  1. Download and install the TFS plug-in for LoadRunner Enterprise on the machine hosting the ALM client.

    The plug-in is available from: https://github.com/MicroFocus/Performance-Center-TFS-Plugin/blob/master/Extension/PC.Plugins.Installer.msi.

  2. Create a PowerShell script file.

    1. Go to the plug-in installation folder (the default path is C:\Program Files (x86)\OpenText\LoadRunner Enterprise Plugin), and create a PowerShell script file named AlmLreIntegration.ps1.

    2. Copy and paste the following text into the AlmLreIntegration.ps1 file, and enter the LoadRunner Enterprise server URL, username, and password.

      Copy code
      #
      # AlmLreIntegration.ps1
      #
      param([string] $varPCServer="<LRE Server URL (e.g. http://<my LRE server>/LRE/)>",
          [string] $varUseTokenForAuthentication=<$false or $true (if SSO Authentication is enabled)>,
          [string] $varUserName="<my UserName> or Client ID (if SSO Authentication is enabled)>",
          [string] $varPassword="<my Password or Secret Code (if SSO Authentication is enabled)>",
          [string][Parameter(Mandatory=$true)] $varDomain,
          [string][Parameter(Mandatory=$true)] $varProject,
          [string][Parameter(Mandatory=$true)] $varTestID,
          [string] $varAutoTestInstance="true",
          [string] $varTestInstID="",
          [string] $varPostRunAction="CollateAndAnalyze",
          [string] $varProxyUrl="",
          [string] $varProxyUser="",
          [string] $varProxyPassword="",
          [string] $varTrending="DoNotTrend",
          [string] $varTrendReportID="",
          [string] $varTimeslotDuration="30",
          [string] $varUseVUDs="false",
          [string] $varUseSLAInStatus="true",
          [string] $varArtifactsDir="",
          [string] $varTimeslotRepeat="DoNotRepeat",
          [string] $varTimeslotRepeatDelay="1",
          [string] $varTimeslotRepeatAttempts="3")
          
      #Write-Host "+++++++++Verifying required environment variable++++++++++"
      $pcworkdir = $PSScriptRoot
      $exit_code = 0
      #Write-Host "++++++++/Verifying required environment variable++++++++++"

      $varAutomationDll = "PC.Plugins.Automation.dll"
      $varCommonDll = "PC.Plugins.Common.dll"
      $varConfiguratorDll="PC.Plugins.Configurator.dll"

      if (-Not((Test-Path -Path ("{0}\{1}" -f $pcworkdir, $varAutomationDll)) -and (Test-Path -Path ("{0}\{1}" -f $pcworkdir, $varCommonDll)) -and (Test-Path -Path ("{0}\{1}" -f $pcworkdir, $varConfiguratorDll))))
      {    
            Write-Host "files not found with the extension under " $pcworkdir    
            Write-Host "trying to use the files from the environment variable PC_LAUNCHER"    
            $pcworkdir = $env:PC_LAUNCHER
      }
      if ((Test-Path -Path ("{0}\{1}" -f $pcworkdir, $varAutomationDll)) -and (Test-Path -Path  ("{0}\{1}" -f $pcworkdir, $varCommonDll)) -and (Test-Path -Path ("{0}\{1}" -f $pcworkdir, $varConfiguratorDll))){    
      #Write-Host "++++++++++++loading+libraries*+++++++++++++++++++"    
            $assembly = [Reflection.Assembly]::LoadFile(("{0}\{1}" -f $pcworkdir, $varAutomationDll))    
            $assembly = [Reflection.Assembly]::LoadFile(("{0}\{1}" -f $pcworkdir, $varCommonDll))    
            $assembly = [Reflection.Assembly]::LoadFile(("{0}\{1}" -f $pcworkdir, $varConfiguratorDll))    
            #Write-Host "++++++++++++/loading+libraries*++++++++++++++++++"
            
            Start-Sleep -s 2
            

            #Write-Host "+++++++++++++executing command+++++++++++++++++++"
            $report = [PC.Plugins.Configurator.Configurator]::Perform($varPCServer, 
                  $varUseTokenForAuthentication, $varUserName, $varPassword,  $varDomain, $varProject,        $varTestID, $varAutoTestInstance, $varTestInstID, $varPostRunAction,        $varProxyUrl, $varProxyUser, $varProxyPassword,        
                  $varTrending, $varTrendReportID, "", $varTimeslotDuration,        
                  $varUseSLAInStatus, $varUseVUDs, $varArtifactsDir, "", "", $varTimeslotRepeat, $varTimeslotRepeatDelay, $varTimeslotRepeatAttempts )    
          
          
            #Write-Host "+++++++++++++++++Log Content+++++++++++++++++++++"
            
            Start-Sleep -s 2
            
            if($report -ne "")    
            {    
                  Start-Sleep -s 2        
                  $isLogFileEnded = [PC.Plugins.Configurator.Configurator]::IsLogFileEnded($report)        
                  do        
                  {            
                        $isLogFileEnded = [PC.Plugins.Configurator.Configurator]::IsLogFileEnded($report)            
                        $newContent = [PC.Plugins.Configurator.Configurator]::GetNewContent($report)            
                        if($newContent -ne "")            
                        {                
                              Write-Host $newContent            
                        }            
                        Start-Sleep -s 2        
                  } While (-not $isLogFileEnded -and $isLogFileEnded -ne $null)        
                  $taskStatus =  [PC.Plugins.Configurator.Configurator]::GetTaskStatus($report)        
                  if ($taskStatus -ne $null)        
                  {            
                        Write-Error $taskStatus            
                        if($taskStatus -match "SLA Status is Not Completed")         
               {        
                   $exit_code = 2         
               }          
               else         
               {        
                   $exit_code = 1         
               }        
                   }        
                   foreach ($fileName in ("Reports.zip", "PC.Plugins.Automation.Logs.log")){       
               $temp = Split-Path -Path $report     
               $ora = Join-Path -Path $temp -ChildPath $fileName    
               $temp2 = Split-Path -Path $temp      
               $dest = Join-Path -Path $temp2 -ChildPath $fileName       
               if (Test-Path $dest) {        
                     Remove-Item $dest -Force    
               }      
               if (Test-Path $ora) {        
                     Copy-Item $ora -Destination $dest -Force      
               }
      }        
                     [PC.Plugins.Configurator.Configurator]::DeleteUnusedFilesFromArtifact($report)    
               }
      }
      else
      {    
               if ($pcworkdir -ne $null)
               {    
                        Write-Error "Assembly files not found under " $pcworkdir
      }
      else
      {        
                        Write-Error "Environment variable PC_LAUNCHER not set"    
               }    
               $exit_code = 1
      }
      #Add-Type -AssemblyName System.Windows.Forms
      #[System.Windows.Forms.MessageBox]::Show("$exit_code")exit 
      $exit_code
  3. Configure ALM as described in Configure ALM and run a performance test below.

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Configure ALM and run a performance test

This task describes how to configure and run a LoadRunner Enterprise performance test from ALM using VAPI-XP.

  1. Prepare the ALM client as described in Prerequisites.

  2. Log on to ALM and select a domain and project.

  3. Go to the Test Plan module (under Testing, select Test Plan).

  4. Create a new VAPI-XP test based on the VAPI-XP test example below. For more about VAPI-XP test types, see VAPI-XP Tests in the ALM Help Center.

  5. Define the parameters according to your choice.

  6. Go to the Test Lab module (under Testing, select Test Lab).

  7. Create a new test set and add a VAPI-XP test into it. At runtime, you can provide different parameter values for each test instance that you add.

  8. Run the test set. After the test has finished running, check the status of test instance has passed in the Test Runs module (under Testing, select Test Runs).

    You can view details of the test run in the run log (in Attachments).

  9. View test runs in the reports.

    1. A report for each test instance is uploaded to the relevant run. To see the report of a test set run, select the run, click the Attachments button, and extract the contents from the Reports.zip file.

    2. Open the Reports.html file to display the Analysis Summary Report.

      Run status is updated based on the SLA status.

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VAPI-XP test example

In this example, the following inputs are defined as parameters at the test level and can be changed during runtime.

  • Domain. The name of the LoadRunner Enterprise domain.

  • Project. The name of the LoadRunner Enterprise project.

  • TestID. The ID of the LoadRunner Enterprise test to be run.

For more about working with parameters, see Test Parameters in the ALM Help Center.

Copy code

Example VAPI-XP test script:

' vapi2 [VBScript]
' Created by Application Lifecycle Management
' 10/22/2020 12:05:23 PM
' ====================================================

' ----------------------------------------------------
' Main Test Function
' Debug - Boolean. Equals to false if running in [Test Mode] : reporting to Application Lifecycle Management
' CurrentTestSet - [OTA COM Library].TestSet.
' CurrentTSTest - [OTA COM Library].TSTest.
' CurrentRun - [OTA COM Library].Run.
' ----------------------------------------------------
Function UploadAttachment(CurrentRun, path)
    Set objRunAttach = CurrentRun.Attachments    
    Set newAtt = objRunAttach.AddItem(Null)
    newAtt.FileName = path
    newAtt.Type = 1    
    newAtt.Post
End Function

Function FileExists(FilePath)
   Set fso = CreateObject("Scripting.FileSystemObject")
   If fso.FileExists(FilePath) Then
    FileExists=CBool(1)  
   Else
    FileExists=CBool(0)    
   End If
End Function

Sub Test_Main(Debug, CurrentTestSet, CurrentTSTest, CurrentRun)
   ' *** VBScript Limitation ! ***
   ' "On Error Resume Next" statement suppresses run-time script errors.
   ' To handle run-time error in a right way, you need to put "If Err.Number <> 0 Then" 
   ' after each line of code that can cause such a run-time error.
   'On Error Resume Next


   ' clear output window
   TDOutput.Clear
   Dim strResultsDirectory :  strResultsDirectory = "C:\"
   Dim WshShell
   Set WshShell = CreateObject("WScript.Shell")
   WshShell.CurrentDirectory = strResultsDirectory
    
   Dim Domain
   Domain = CurrentTSTest.Params.ParamValue("Domain")
   Dim Project
   Project = CurrentTSTest.Params.ParamValue("Project")
   Dim TestID
   TestID = CurrentTSTest.Params.ParamValue("TestID")

   files = Array("C:\Temp\PC.Plugins.Automation.Logs\Reports.zip","C:\Temp\PC.Plugins.Automation.Logs\PC.Plugins.Automation.Logs.log")
   for each x in files
    If FileExists(x) Then
        Set fso = CreateObject("Scripting.FileSystemObject")
        fso.DeleteFile x
    end if
   next

   If IsNull(TestID)  Or  IsEmpty(TestID) Then
    oExec = "1"
   Else
    cmd = "powershell -file ""c:\Program Files (x86)\OpenText\LoadRunner Enterprise Plugin\AlmLreIntegration.ps1"" -varDomain " & Domain & " -varProject " & Project & " -varTestID " & TestID
    oExec = WshShell.Run(cmd, 7, True)
   end if
   If Not Debug Then
    for each x in files
        If FileExists(x) Then
        UploadAttachment CurrentRun, x
        end if
    next

    if oExec = "0" then
        CurrentRun.Status = "Passed"
    ElseIf oExec = "1" Then
       CurrentRun.Status = "Failed"
    else
        CurrentRun.Status = "Not Completed"
    end if
   End If
   ' handle run-time errors
   If Err.Number <> 0 Then
    TDOutput.Print "Run-time error [" & Err.Number & "] : " & Err.Description
    ' update execution status in "Test" mode
    If Not Debug Then
    End If
   End If
End Sub

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