Scripts/Deploy.ps1
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function CmxGetRelevantTestFolders($copySource) { <# .SYNOPSIS Gets an array of all test folders which should be copied. #> $path = "$copySource\Tests\*" $filters = @("_CRT", "_Framework", "_Settings", "Base.*", "Basics.*", "CommonServices.*", "Engineering.*", "FAL.*", "Hwcn.Basics.*", "S7F*", "Safety.*", "SysInt*", "Test.Execution.Butler*", "TifLib*") $allItems = @() foreach($filter in $filters) { [array]$items = Get-ChildItem -Path $path -Filter $filter foreach($item in $items) { $fp = $item.FullName $allItems += $fp } } return $allItems } function CmxDownloadBuild([string]$buildFolder, [string]$copyTarget) { <# .SYNOPSIS Copies a S7F build from the given build folder into the given target folder. #> $date1 = (Get-Date) $copySource = "$buildFolder\Release\x64" $sourceBin = "$copySource\Bin" $sourceData = "$copySource\Data" $sourceTests = "$copySource\Tests" <# Robocopy arguments: MIR Mirror the folder recursively from source to target. In target remove all files and folders that no longer exist in source. MT:n Copy multithreaded. Launch n threads. Default is 8. R:n Number of retries on a failed copy. Default is 1 million. W:n Wait time between retries - default is 30 seconds. NP No Progress is displayed. NS No file sizes are displayed. NC No file classes are displayed. NFL No file names are displayed. NDL No directory names are displayed. COPY:flags Copies attributes if specified. D=Data and Timestamps, A=Attributes, T=Timestamps, S=Security=NTFS ACLs, O=Owner info, U=aUditing info XD dirs Exclude directories matching the given paths. #> $copyArgs = "/MIR /MT:8 /R:10 /W:10 /NP /NS /NC /NFL /NDL /COPY:D" $frameLogFile = CreateLogFilePath("Frame") $binLogFile = CreateLogFilePath("Bin") $dataLogFile = CreateLogFilePath("Data") # $testsLogFile = CreateLogFilePath("Tests") $frameArgs = "`"$copySource`" `"$copyTarget`" $copyArgs /XD `"$sourceBin`" `"$sourceData`" `"$sourceTests`" /LOG:`"$frameLogFile`" " $binArgs = "`"$copySource\Bin`" `"$copyTarget\Bin`" $copyArgs /LOG:`"$binLogFile`" " $dataArgs = "`"$copySource\Data`" `"$copyTarget\Data`" $copyArgs /LOG:`"$dataLogFile`" " # $testsArgs = "`"$copySource\Tests`" `"$copyTarget\Tests`" $copyArgs /LOG:`"$testsLogFile`" " $testsArgs1 = "`"$copySource\Tests\Safety.Base.Test`" `"$copyTarget\Tests\Safety.Base.Test`" $copyArgs " $testsArgs2 = "`"$copySource\Tests\FileStorage.Test`" `"$copyTarget\Tests\FileStorage.Test`" $copyArgs " $testsArgs3 = "`"$copySource\Tests\_Framework`" `"$copyTarget\Tests\_Framework`" $copyArgs " $testsArgs4 = "`"$copySource\Tests\SysInt`" `"$copyTarget\Tests\SysInt`" $copyArgs " $testsArgsRest = "`"$copySource\Tests`" `"$copyTarget\Tests`" $copyArgs /XD `"$copySource\Tests\Safety.Base.Test`" `"$copySource\Tests\FileStorage.Test`" `"$copySource\Tests\_Framework`" `"$copySource\Tests\SysInt`" " $frameProcess = StartDownloadProcess($frameArgs) $binProcess = StartDownloadProcess($binArgs) $dataProcess = StartDownloadProcess($dataArgs) # $testsProcess = StartDownloadProcess($testsArgs) $testsProcess1 = StartDownloadProcess($testsArgs1) $testsProcess2 = StartDownloadProcess($testsArgs2) $testsProcess3 = StartDownloadProcess($testsArgs3) $testsProcess4 = StartDownloadProcess($testsArgs4) $testsProcessRest = StartDownloadProcess($testsArgsRest) $frameProcess.WaitForExit() $binProcess.WaitForExit() $dataProcess.WaitForExit() # $testsProcess.WaitForExit() $testsProcess1.WaitForExit() $testsProcess2.WaitForExit() $testsProcess3.WaitForExit() $testsProcess4.WaitForExit() $testsProcessRest.WaitForExit() $frameSucceeded = HasDownloadSucceeded($frameProcess) $binSucceeded = HasDownloadSucceeded($binProcess) $dataSucceeded = HasDownloadSucceeded($dataProcess) # $testsSucceeded = HasDownloadSucceeded($testsProcess) $downloadSucceeded = $frameSucceeded -And $binSucceeded -And $dataSucceeded # -And $testsSucceeded $date2 = (Get-Date) $timeSpan = $date2 - $date1 [PsCustomObject]@{ Succeeded = $downloadSucceeded FrameSucceeded = $frameSucceeded BinSucceeded = $binSucceeded DataSucceeded = $dataSucceeded TimeSpan = $timeSpan } #TestsSucceeded = $testsSucceeded } function GetLatestSucceededBuild([string]$buildDefinition) { <# .SYNOPSIS Gets the UNC drop folder of the last succeeded build. Caution: This method assumes that the builds are dropped always to the same drop machines. It's recommended to use method CmxGetDropFolderByBuildDefinition instead. #> if(IsNullOrEmpty($buildDefinition)) { $buildDefinition = $global:BuildDefinition } $dropMachines = GetDropMachines foreach($dropMachine in $dropMachines) { $dropFolder = "\\$dropMachine\tia\$buildDefinition" if(ExistsDirectory($dropFolder)) { $buildFolders = Get-ChildItem $dropFolder | Sort-Object -Property Name -Descending foreach($buildFolder in $buildFolders) { $succeededFile = Join-Path $buildFolder.FullName "CompilationStatus.Succeeded" if(ExistsFile($succeededFile)) { $bestBuildFolder = $buildFolder.FullName return $bestBuildFolder } } } } return "" } function GetDropMachines() { <# .SYNOPSIS Gets the names of available drop machines. #> $dropMachines = @( "deerls6fsa01.ad001.siemens.net", "deerls6fsa02.ad001.siemens.net", "deerls6fsa03.ad001.siemens.net", "deerls6fsa04.ad001.siemens.net", "deerls6fsa05.ad001.siemens.net" ); return $dropMachines } function CreateLogFilePath($logFileName) { return (Join-Path ([IO.Path]::GetTempPath()) "Cmx.DownloadBuild.$logFileName.Log.txt") } function StartDownloadProcess($arguments) { <# .SYNOPSIS Runs a robocopy process with the given arguments. #> $info = New-Object System.Diagnostics.ProcessStartInfo $info.FileName = "robocopy.exe" $info.Arguments = $arguments $info.RedirectStandardError = $true $info.RedirectStandardOutput = $true $info.UseShellExecute = $false $p = New-Object System.Diagnostics.Process $p.StartInfo = $info [void]$p.Start() return $p } function HasDownloadSucceeded($process) { <# .SYNOPSIS Checks whether the process succeeded (true) or failed (false). Robocopy treats exit codes in range [0, 7] as success codes. #> return ($process.ExitCode -le 7) } function CmxGetDropFolderByBuildDefinition { <# .SYNOPSIS Get the drop folder of the most recent succeeded xaml build via the REST api. .PARAMETER BuildDefinition The build definition from which to get the drop folder. #> [CmdletBinding()] Param ( [string]$BuildDefinition ) $organizationUrl = $global:TfsUrl $tfsProject = "TIA Portal" $url = "$organizationUrl/$tfsProject" $argumentApiVersion = "api-version=1.0" $argumentStatus = "status=Succeeded" $argumentTop = "top=1" $uri = $url + '/_apis/build/builds?' $uri += $argumentApiVersion + '&' $uri += 'definition=' + $BuildDefinition + '&' $uri += $argumentStatus + '&' $uri += $argumentTop + '&' $uri += 'ticks=' + (Get-Date).Ticks Write-Verbose "uri: $uri" $credential = CmxGetWindowsCredential if($null -eq $credential) { Write-Verbose "User credential is missing, so use default credential." $response = Invoke-RestMethod -Uri $uri -Method GET -UseDefaultCredentials } else { $response = Invoke-RestMethod -Uri $uri -Method GET -Credential $credential } [array]$builds = $response.value $dropFolder = $builds[0].dropLocation return $dropFolder } |