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utilFunctions.ps1
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utilFunctions.ps1
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########################################################################################
## ___________ _____________ ___ .____ .___ _________ _____
## \_ _____// _____/\ \/ / | | | |/ _____/ / _ \
## | __)_ \_____ \ \ / ______ | | | |\_____ \ / /_\ \
## | \/ \ / \ /_____/ | |___| |/ \/ | \
## /_______ /_______ //___/\ \ |_______ \___/_______ /\____|__ /
## \/ \/ \_/ \/ \/ \/
########################################################################################
## ESX-LISA is an automation testing framework based on github.com/LIS/lis-test
## project. In order to support ESX, ESX-LISA uses PowerCLI to automate all
## aspects of vSphere maagement, including network, storage, VM, guest OS and
## more. This framework automates the tasks required to test the
## Redhat Enterprise Linux Server on WMware ESX Server.
########################################################################################
## Revision:
## v1.0.0 - xiaofwan - 11/25/2016 - Fork from github.com/LIS/lis-test.
## Incorporate VMware PowerCLI with framework
## v1.1.0 - xiaofwan - 11/28/2016 - Merge SendEmail and SummaryToString update
## Merge bug fix from LISA
## v1.2.0 - xiaofwan - 01/25/2017 - Insert suite name into result dir name,
## such as cases-open_vm_tools-20170120-141152
## v1.3.0 - xiaofwan - 01/25/2017 - $vm.testCaseResults only contains "Passed",
## "Failed", "Skipped", "Aborted", and "none".
## v1.4.0 - xiaofwan - 02/03/2017 - $True will be $true and $False will be $false.
## v1.5.0 - xiaofwan - 02/04/2017 - Test result can be exported as JUnix XML file.
## Correct some comment issues.
## v1.6.0 - xiaofwan - 02/04/2017 - Remove Test-Admin function.
## v1.7.0 - xiaofwan - 02/06/2017 - The <skipped/> section should be removed when
## case failed or aborted.
## v1.8.0 - xiaofwan - 02/21/2017 - Two new functions to set XML result the kernel
## firmware and ESX version.
## v1.9.0 - xiaofwan - 02/21/2017 - Iteration related code has been removed.
## v2.0.0 - xiaofwan - 02/21/2017 - Add test case running date and time in XML.
## v2.1.0 - xiaofwan - 02/21/2017 - Move case running time calculation into
## SetRunningTime function.
## v2.2.0 - xiaofwan - 03/17/2017 - Change case result timer from TotalMinutes to
## TotalSeconds to satisfy Jenkins and Polarion
## v2.3.0 - xiaofwan - 07/18/2017 - Add a property in case result to save
## TC_COVERED info into result XML.
########################################################################################
<#
.Synopsis
Helper functions for the Lisa automation.
.Description
The functions in this file are helper functions for the
the lisa.ps1 and stateEngine.ps1 automation scripts.
.Link
None.
#>
########################################################################################
# PowerCLIImport
########################################################################################
function PowerCLIImport () {
<#
.Description
Import VMware.VimAutomation.Core module if it does not exist.
#>
$modules = Get-Module
$foundVimautomation = $false
foreach ($module in $modules) {
if ($module.Name -eq "VMware.VimAutomation.Core") {
"Info: PowerCLI module VMware.VimAutomation.Core already exists."
$foundVimautomation = $true
break
}
}
if (-not $foundVimautomation) {
Import-Module VMware.VimAutomation.Core
}
}
########################################################################################
# ConnectToVIServer
########################################################################################
function ConnectToVIServer ([string] $visIpAddr,
[string] $visUsername,
[string] $visPassword,
[string] $visProtocol) {
<#
.Description
Connect with VSphere VI Server if connnect does not exist.
.Parameter visIpAddr
REQUIRED
VI Server IP address
Type : [String]
.Parameter visUsername
REQUIRED
VI Server login username
Type : [String]
.Parameter visPassword
REQUIRED
VI Server login password
Type : [String]
.Parameter visProtocol
REQUIRED
VI Server login method, such as HTTP or HTTPS.
Type : [String]
.Example
ConnectToVIServer <visIpAddr> <visUsername> <visPassword> <visProtocol>
#>
# Verify the VIServer related environment variable existed.
if (-not $visIpAddr) {
"Error : vCenter IP address is not configured, it is required."
exit
}
if (-not $visUsername) {
"Error : vCenter login username is not configured, it is required."
exit
}
if (-not $visPassword) {
"Error : vCenter login password is not configured, it is required."
exit
}
if (-not $visProtocol) {
"Error : vCenter connection method is not configured, it is required."
exit
}
# Check the PowerCLI package installed
Get-PowerCLIVersion | out-null
if (-not $?) {
"Error : Please install VMWare PowerCLI package."
exit
}
if (-not $global:DefaultVIServer) {
"Info : Connecting with VIServer $visIpAddr."
Connect-VIServer -Server $visIpAddr `
-Protocol $visProtocol `
-User $visUsername `
-Password $visPassword `
-Force | Out-Null
if (-not $?) {
"Error : Cannot connect with vCenter with $visIpAddr " +
"address, $visProtocol protocol, username $visUsername, " +
"and password $visPassword."
exit
}
"Debug : vCenter connected with " +
"session id $($global:DefaultVIServer.SessionId)"
}
else {
"Info : vCenter connected already! " +
"Session id: $($global:DefaultVIServer.SessionId)"
}
}
########################################################################################
# GetJUnitXML
########################################################################################
function GetJUnitXML() {
<#
.Synopsis
Generate a JUnit XML object from template file.
.Description
Load JUnit XML result template file, and generate an XML object.
.ReturnValue
An xml object of JUnit result.
Output type: [XML]
.Example
GetJUnitXML
#>
LogMsg 6 ("Info : GetJUnitXML()")
$template = @'
<testsuite name="" timestamp="">
<properties>
<property name="esx.version" value="" />
<property name="kernel.version" value="" />
<property name="firmware.version" value="" />
</properties>
<testcase id="" name="" time="">
<skipped/>
<failure type=""></failure>
<properties>
<property name="TC_COVERED" value="" />
</properties>
</testcase>
</testsuite>
'@
$guid = [System.Guid]::NewGuid().ToString("N")
$templatePath = [System.IO.Path]::Combine([System.IO.Path]::GetTempPath(), $guid + ".txt");
$template | Out-File $templatePath -encoding UTF8
# Load template into XML object
$junit_xml = New-Object xml
$junit_xml.Load($templatePath)
Remove-Item $templatePath
return $junit_xml
}
########################################################################################
# SetESXVersion
########################################################################################
function SetESXVersion([String] $ver) {
<#
.Synopsis
Add ESX version into XML result.
.Description
Find the ESX version property and set ESX version into result XML object.
.Parameter ver
The version of ESX host.
Type : [String]
.Example
SetESXVersion "6.0 build 4192238"
#>
LogMsg 6 ("Info : SetESXVersion($($ver))")
foreach ($property in $testResult.testsuite.properties.property) {
if ($property.name -eq "esx.version") {
$property.value = $ver
return
}
}
}
########################################################################################
# SetOSInfo
########################################################################################
function SetOSInfo([String] $kernelVer, [String] $firmwareVer) {
<#
.Synopsis
Add Kernel and firmware version into XML result.
.Description
Find the Kernel and firmware version properties and set Kernel
and firmware version into result XML object.
.Parameter kernelVer
The version of guest kernel.
Type : [String]
.Parameter firmwareVer
The version of guest firmware info.
Type : [String]
.Example
SetOSInfo "2.6.32-694.el6.x86_64" "BIOS"
#>
LogMsg 6 ("Info : SetOSInfo($($kernelVer), $($firmwareVer))")
foreach ($property in $testResult.testsuite.properties.property) {
if ($property.name -eq "kernel.version" -and $property.value -eq "") {
$property.value = $kernelVer
}
if ($property.name -eq "firmware.version" -and $property.value -eq "") {
$property.value = $firmwareVer
}
}
}
########################################################################################
# SetResultSuite
########################################################################################
function SetResultSuite([String] $testSuite) {
<#
.Synopsis
Configure test suite in result XML object.
.Description
Find the test suite, and configure test suite into result XML object.
.Parameter testSuite
The name of the test suite to run
Type : [String]
.Example
SetResultSuite "acceptance"
#>
LogMsg 6 ("Info : SetResultSuite($($testSuite))")
$testResult.testsuite.name = $testSuite
}
########################################################################################
# SetTimeStamp
########################################################################################
function SetTimeStamp([String] $testTimeStamp) {
<#
.Synopsis
Add test date time in result XML object.
.Description
Find the test suite, and configure test date time into result XML object.
.Parameter testTimeStamp
The start time of test run
Type : [String]
.Example
SetTimeStamp "02/21/2017 13:14:25"
#>
LogMsg 6 ("Info : SetTimeStamp($($testTimeStamp))")
$testResult.testsuite.timestamp = $testTimeStamp
}
########################################################################################
# SetTestResult
########################################################################################
function SetTestResult([String] $testName, [Object] $testID, [String] $completionCode) {
<#
.Synopsis
Add test case result into result XML object except running time.
.Description
Clone a test case group as template, add test result into that group.
.Parameter testName
The name of the test
Type : [String]
.Parameter testID
The ID of the test
Type : [Object]
.Parameter completionCode
The test result, such as Passed, Failed, Skipped, and Aborted
Type : [String]
.Example
SetTestResult $testName $testID $completionCode
#>
LogMsg 6 ("Info : SetTestResult($($testName))")
$newTestCaseTemplate = (@($testResult.testsuite.testcase)[0]).Clone()
$newTestCase = $newTestCaseTemplate.clone()
$newTestCase.name = $testName
$newTestCase.id = $testID.test
switch ($completionCode) {
"Passed" {
$newTestCase.RemoveChild($newTestCase.ChildNodes[0]) | Out-Null
$newTestCase.RemoveChild($newTestCase.ChildNodes[0]) | Out-Null
}
"Skipped" {
$newTestCase.RemoveChild($newTestCase.ChildNodes[1]) | Out-Null
}
"Failed" {
$newTestCase.RemoveChild($newTestCase.ChildNodes[0]) | Out-Null
$newTestCase.failure.type = "Failed"
$newTestCase.failure.InnerText = "Test $testName Failed."
}
"Aborted" {
$newTestCase.RemoveChild($newTestCase.ChildNodes[0]) | Out-Null
$newTestCase.failure.type = "Aborted"
$newTestCase.failure.InnerText = "Test $testName Aborted."
}
}
foreach ($property in $newTestCase.properties.property) {
if ($property.name -eq "TC_COVERED") {
$property.value = $testID.tc
break
}
}
$testResult.testsuite.AppendChild($newTestCase) > $null
}
########################################################################################
# SetRunningTime
########################################################################################
function SetRunningTime([String] $testName, [System.Xml.XmlElement] $vm) {
<#
.Synopsis
Set running time in result XML object.
.Description
Find the test case, and configure test running time into result XML object.
.Parameter testName
The test name
Type : [String]
.Parameter vm
An XML element representing the VM
Type : [System.Xml.XmlElement]
.Example
SetRunningTime $testName $vm
#>
LogMsg 6 ("Info : SetRunningTime($testName)")
$caseEndTime = [DateTime]::Now
$deltaTime = $caseEndTime - [DateTime]::Parse($vm.caseStartTime)
LogMsg 0 "Info : $($vm.vmName) currentTest lasts $($deltaTime.hours) Hours, $($deltaTime.minutes) Minutes, $($deltaTime.seconds) seconds."
$runningTime = "{0:N0}" -f $deltaTime.TotalSeconds
foreach ($testCase in $testResult.testsuite.testcase) {
if ($testCase.name -eq $testName) {
$testCase.time = $runningTime
}
}
}
########################################################################################
# SaveResultToXML
########################################################################################
function SaveResultToXML([String] $testDir) {
<#
.Synopsis
Save test result to XML file in result folder..
.Description
Export result XML object into an XML file.
.Parameter testDir
The folder storing test log.
Type : [String]
.Example
SaveResultToXML $testDir
#>
LogMsg 6 ("Info : SaveResultToXML to ($($testDir))")
$resultXMLFileName = "Report-" + $testResult.testsuite.name + ".xml"
# remove users with undefined name (remove template)
$testResult.testsuite.testcase | Where-Object { $_.Name -eq "" } | ForEach-Object { [void]$testResult.testsuite.RemoveChild($_) }
# save xml to file
$resultXMLFile = Join-Path -path $testDir -childPath $resultXMLFileName
$resultXMLFile = (Get-Item -Path ".\" -Verbose).FullName + "\" + $resultXMLFile
$testResult.Save($resultXMLFile)
}
########################################################################################
# HasItBeenTooLong
########################################################################################
function HasItBeenTooLong([String] $timestamp, [Int] $timeout) {
<#
.Synopsis
Check to see if a timeout has occured.
.Description
Convert the timestamp from a string to a [DateTime] type,
add in the timeout value and see if it is less than the
current date/time.
.Parameter timestamp
A string representing the timestamp
Type : [String]
.Parameter timeout
An integer timeout period in seconds.
Type : [Int]
.ReturnValue
Return $true if current time is greater than timestamp + timeout,
$false otherwise.
Output type : [Boolean]
.Example
HasItBeenTooLong $myTimeStamp $myTimeOut
#>
$retVal = $false
if (-not $timeStamp) {
# Bad data - force a timeout
return $true
}
if (-not $timeout) {
# Bad data - force a timeout
return $true
}
if ($timeout -le 0) {
# Bad data - force a timeout
return $true
}
$now = [DateTime]::Now
$ts = [DateTime]::Parse($timestamp)
$tooLong = [DateTime]::Compare($ts.AddSeconds($timeout), $now)
if ($tooLong -eq -1) {
LogMsg 9 "INFO : The current task is started at $timestamp"
LogMsg 9 "INFO : Timeout is set to $timeout seconds"
$retVal = $true
}
return $retVal
}
########################################################################################
# GetNextTest
########################################################################################
function GetNextTest([System.Xml.XmlElement] $vm, [xml] $xmlData) {
<#
.Synopsis
Get the name of the next test the VM is to run
.Description
Examine the $vm.suite field and then walk through the test suite
to return the string name of the next test the VM is to perform.
If all tests have been performed, return the string "done".
.Parameter vm
An XML element representing the VM
Type : [System.Xml.XmlElement]
.ReturnValue
A string of the name of the next test.
Output type : [Boolean]
.Example
GetNextTest $myVM
#>
LogMsg 9 "Info : GetNextText($($vm.vmName))"
LogMsg 9 "Debug: vm.currentTest = $($vm.currentTest)"
LogMsg 9 "Debug: vm.suite = $($vm.suite)"
$done = "done" # Assume no more tests to run
if (-not $vm) {
LogMsg 0 "Error: GetNextTest() received a null VM parameter"
return $done
}
if (-not $xmlData) {
LogMsg 0 "Error: GetNextTest() received a null xmlData parameter"
return $done
}
if ($vm.currentTest -eq $done) {
return $done
}
if (-not $xmlData.config.testSuites.suite) {
LogMsg 0 "Error: no test suites defined in .xml file"
return $done
}
$tests = $null
$nextTest = $done
foreach ($suite in $xmlData.config.testSuites.suite) {
if ($suite.suiteName -eq $vm.suite) {
if ($suite.suiteTests) {
$tests = $suite.suiteTests
}
else {
LogMsg 0 "Error: Test suite $($suite.suiteName) does not have any tests"
return $done
}
break
}
}
# We found the tests for the VMs test suite. Next find the next test to run.
if ($tests) {
$prev = "unknown"
$currentTest = $vm.currentTest
foreach ($t in $tests.suiteTest) {
if ($currentTest -eq "none") {
$nextTest = [string] $t
break
}
if ($currentTest -eq $prev) {
$nextTest = [string] $t
break
}
$prev = $t
}
}
return $nextTest
}
########################################################################################
# GetTestData
########################################################################################
function GetTestData([String] $testName, [xml] $xmlData) {
<#
.Synopsis
Retrieve the xml object for the specified test
.Description
Find the test named $testName, and return the xml element
for that test, on $null if the test is not found.
.Parameter testName
The name of the test to return
Type : [String]
.ReturnValue
An xml element of the specific test
Output type: [System.Xml.XmlElement]
.Example
GetTestData "MyTest"
#>
LogMsg 9 ("Info : GetTestData($($testName))")
$testData = $null
foreach ($test in $xmlData.config.testCases.test) {
if ($test.testName -eq $testName) {
$testData = $test
break
}
}
return $testData
}
########################################################################################
# GetTestID
########################################################################################
function GetTestID([String] $testName, [xml] $xmlData) {
<#
.Synopsis
Retrieve the xml object for the test ID of specified test
.Description
Find the test named $testName, and return the testID field value,
on $null if the test is not found.
.Parameter testName
The name of the test to return
Type : [String]
.ReturnValue
An ID object with test and tc properties.
Type: [Object]
.Example
GetTestData "MyTest"
#>
LogMsg 6 ("Info : GetTestID($($testName))")
$idObj = "" | Select-Object -Property test, tc
foreach ($test in $xmlData.config.testCases.test) {
if ($test.testName -eq $testName) {
$idObj.test = $test.testID
foreach ($param in $test.testParams.param) {
if ($param.contains("TC_COVERED=")) {
$idObj.tc = $param.split("=")[1]
break
}
}
break
}
}
return $idObj
}
########################################################################################
# GetTestTimeout
########################################################################################
function GetTestTimeout([System.Xml.XmlElement] $vm, [XML] $xmlData) {
<#
.Synopsis
Retrieve timeout value for the VM's current test
.Description
Return the timeout value defined in the .xml file for
the current test, or $null if no timeout is specified.
.Parameter vm
The xml element of the virtual machine
Type : [System.Xml.XmlElement]
.ReturnValue
A string representing the timeout value in seconds,
or $null if not timeout is found.
Output type: [String]
.Example
GetTestTimeout $myVM
#>
$timeout = $null
$testData = GetTestData $vm.currentTest $xmlData
if ($testData.timeout) {
$timeout = [string] $testData.timeout
}
return $timeout
}
########################################################################################
# AbortCurrentTest
########################################################################################
function AbortCurrentTest([System.Xml.XmlElement] $vm, [string] $msg) {
<#
.Synopsis
Mark the current test as aborted.
.Description
Displayed msg if provided, set the VM's testCaseResults to
"False", and set the VM's state to completed, update the
VM's timestamp
.Parameter vm
The xml element of the virtual machine
Type : [System.Xml.XmlElement]
.Parameter msg
A string to be included in the ICA log.
Type : [String]
.ReturnValue
none
.Example
AbortCurrentTest $myVM "This is just a test"
#>
#$TestAborted = "TestAborted"
if ($null -ne $msg) {
logMsg 0 "Error: $($vm.vmName) $msg"
}
$vm.testCaseResults = $Aborted
$vm.state = $CollectLogFiles
logMsg 2 "Info : $($vm.vmName) transitioned to state $($vm.state)"
$vm.stateTimestamp = [DateTime]::Now.ToString()
}
########################################################################################
# SummaryToString
########################################################################################
function SummaryToString([XML] $xmlConfig, [DateTime] $startTime, [string] $xmlFilename, [string] $logDir) {
<#
.Synopsis
Append the summary text from each VM into a single string.
.Description
Append the summary text from each VM one long string. The
string includes line breaks so it can be display on a
console or included in an e-mail message.
.Parameter xmlConfig
The parsed xml from the $xmlFilename file.
Type : [System.Xml]
.Parameter startTime
The date/time the ICA test run was started
Type : [DateTime]
.Parameter xmlFilename
The name of the xml file for the current test run.
Type : [String]
.Parameter logDir
The path of the folder containing the log files
Type : [String]
.ReturnValue
A string containing all the summary message from all
VMs in the current test run.
.Example
SummaryToString $testConfig $myStartTime $myXmlTestFile
#>
$str = "<br />Test Results Summary<br />"
$str += "ESX-LISA test run on " + $startTime
$str += "<br />XML file: $xmlFilename<br /><br />"
# Add information about the host running ICA to the e-mail summary
$str += "<pre>"
foreach ($vm in $xmlConfig.config.VMs.vm) {
$str += $vm.emailSummary + "<br />"
}
$fname = [System.IO.Path]::GetFilenameWithoutExtension($xmlFilename)
# Check to see if the provided log path is absolute
if ([System.IO.Path]::IsPathRooted($logDir)) {
$logPath = $logDir
}
else {
$logPath = (Get-Item -Path ".\" -Verbose).FullName + "\" + $logDir
}
if (-not $suite) {
$suite = $xmlConfig.config.VMs.vm.suite
}
$str += "Logs can be found at " + $logPath + "\" + $fname + "-" + $suite + "-" + $startTime.ToString("yyyyMMdd-HHmmss") + "<br /><br />"
$str += "</pre><br />"
return $str
}
########################################################################################
# SendEmail
########################################################################################
function SendEmail([XML] $xmlConfig, [DateTime] $startTime, [string] $xmlFilename, [string] $logDir) {
<#
.Synopsis
Send an e-mail message with test summary information.
.Description
Collect the test summary information from each VM. Send an
eMail message with this summary information to emailList defined
in the xml config file.
.Parameter xmlConfig
The parsed XML from the test xml file
Type : [System.Xml]
.Parameter logDir
The path of the folder containing the log files
Type : [String]
.ReturnValue
none
.Example
SendEmail $myConfig
#>
$to = @()
foreach ($r in $xmlConfig.config.global.email.recipients.to) {
$to = $to + $r
}
$from = $xmlConfig.config.global.email.Sender
$subject = $xmlConfig.config.global.email.Subject + " " + $startTime
$smtpServer = $xmlConfig.config.global.email.smtpServer
$fname = [System.IO.Path]::GetFilenameWithoutExtension($xmlFilename)
$body = SummaryToString $xmlConfig $startTime $fname
$body = $body.Replace("Aborted", '<em style="background:Aqua; color:Red">Aborted</em>')
$body = $body.Replace("Failed", '<em style="background:Yellow; color:Red">Failed</em>')
#
# Check to see if the provided log path is absolute
#
if ([System.IO.Path]::IsPathRooted($logDir)) {
$logPath = $logDir
}
else {
$logPath = (Get-Item -Path ".\" -Verbose).FullName + "\" + $logDir
}
$str += "Logs can be found at " + $logPath + "\" + $fname + "-" + $startTime.ToString("yyyyMMdd-HHmmss") + "<br /><br />"
Send-mailMessage -to $to -from $from -subject $subject -body $body -BodyAsHtml -smtpserver $smtpServer
}
########################################################################################
# ShutDownVM
########################################################################################
function ShutDownVM([System.Xml.XmlElement] $vm) {
<#
.Synopsis
Stop the VM
.Description
Try to send a halt command to the VM. If this fails,
use the VMWARE library Stop-VM call to try and stop
the VM. If the VM is already stopped, do nothing.
.Parameter vm
An xml node representing the VM.
Type : [System.Xml.XmlElement]
.ReturnValue
none
.Example
ShutDownVM $myVM
#>
$v = Get-VMHost -Name $vm.hvServer | Get-VM -Name $vm.vmName
if (-not $v) {
LogMsg 0 "Error : SystemDown cannot find the VM $($vm.vmName)"
$vm.emailSummary += "VM $($vm.vmName) cannot be found - no tests run on VM<br />"
UpdateState $vm $Disabled
return
}
else {
if ($v.PowerState -ne "PoweredOff") {
if (-not (SendCommandToVM $vm "init 0") ) {
LogMsg 0 "Warn : $($vm.vmName) could not send shutdown command to the VM. Using ESXi to stop the VM."
Stop-VM -VM $v -Confirm:$false | out-null
}
}
}
}
########################################################################################
# RunPSScript
########################################################################################
function RunPSScript([System.Xml.XmlElement] $vm, [string] $scriptName, [XML] $xmlData, [string] $mode, [string] $logFilename) {
<#
.Synopsis
Run a separate PowerShell script.
.Description
Run the specified PowerShell script.
.Parameter vmName
Name of the VM
Type : [String]
.Parameter scriptName
Name of the PowerShell script to be run
Type : [String]
.Parameter logFilename
The name of the file to write output to.
Type : [String]
.ReturnValue
True or false to indicate if the script ran successfully or not.
Output type: [Boolean]
.Example
RunPSScript "fed13" "hvServer1" ".\AddNic.ps1" $testData ".\myLog.log"
#>
$retVal = $false
$scriptMode = "unknown"
# Check the input arguments
if (-not $vm) {
logMsg 0 "Error: RunPSScript() was passed a numm VM"
return $false
}
if (-not $scriptName) {
logMsg 0 ("Error: RunPSScript($vmName, $hvServer, null) was passed a null scriptName")
return $false
}
if (-not $xmlData) {
logMsg 0 ("Error: RunPSScript($vmName, $hvServer, $scriptName, testData, null) was passed null test data")
return $false
}
if ($mode) {
$scriptMode = $mode
}
if (-not (test-path -path $scriptName)) {
logMsg 0 ("Error: RunPSScript() script file '$scriptName' does not exist.")
return $false
}
$vmName = $vm.vmName
$hvServer = $vm.hvServer
$testData = GetTestData $vm.currentTest $xmlData
logMsg 6 ("Info : RunPSScript($vmName, $hvServer, $scriptName)")
if (-not $testData) {
LogMsg 0 "$($vm.vmName) Unable to collect test data for test $($vm.currentTest)"
return $false
}
# Create an string of test params, separated by semicolons - ie. "a=1;b=x;c=5;"
$params = CreateTestParamString $vm $xmlData
$params += "scriptMode=${scriptMode};"
$params += "sshKey=$($vm.sshKey);"