BuildUtils.psm1
|
<#
.SYNOPSIS Get location of latest msbuild installed on the system .DESCRIPTION It requires modules VSSetup installed in the system, you can install with standard instruction Install-Module VSSetup -Scope CurrentUser -Force .EXAMPLE $msbuildLocation = Get-LatestMsbuildLocation set-alias msb $msbuildLocation msb yoursolution.sln #> function Get-LatestMsbuildLocation { Param ( [bool] $allowPreviewVersions = $false ) if ($allowPreviewVersions) { $latestVsInstallationInfo = Get-VSSetupInstance -All -Prerelease | Sort-Object -Property InstallationVersion -Descending | Select-Object -First 1 } else { $latestVsInstallationInfo = Get-VSSetupInstance -All | Sort-Object -Property InstallationVersion -Descending | Select-Object -First 1 } Write-Host "Latest version installed is $($latestVsInstallationInfo.InstallationVersion)" if ($latestVsInstallationInfo.InstallationVersion -like "15.*") { $msbuildLocation = "$($latestVsInstallationInfo.InstallationPath)\MSBuild\15.0\Bin\msbuild.exe" Write-Host "Located msbuild for Visual Studio 2017 in $msbuildLocation" } else { $msbuildLocation = "$($latestVsInstallationInfo.InstallationPath)\MSBuild\Current\Bin\msbuild.exe" Write-Host "Located msbuild in $msbuildLocation" } return $msbuildLocation } <# .SYNOPSIS Manipulate all assemblyinfo.vb and assemblyinfo.cs to change version .DESCRIPTION With legacy .NET project versioning is done with specific attribtues inside assemblyinfo.cs and assemblyinfo.vb files. This cmdlet can scan all files and perform a substitution. This should be done before compiling (and usually after version is determined with tools like gitversion) This is a perfect match for Invoke-Getversion function .PARAMETER SrcPath Source path .PARAMETER assemblyVersion AssemblyVersionAttribute .PARAMETER fileAssemblyVersion FileAssemblyVersionAttribute .PARAMETER assemblyInformationalVersion AssemblyinformationalVersion .EXAMPLE $version = Invoke-GitVersion Update-SourceVersion -SrcPath PathWithSource -assemblyVersion $version.assemblyVersion -fileAssemblyVersion $version.assemblyFileVersion -assemblyInformationalVersion = $version.assemblyInformationalVersion #> function Update-SourceVersion { Param ( [string]$SrcPath, [string]$assemblyVersion, [string]$fileAssemblyVersion, [string]$assemblyInformationalVersion, [bool]$modifyAssemblyVersion = $true ) if ($fileAssemblyVersion -eq "") { $fileAssemblyVersion = $assemblyVersion } if ($assemblyInformationalVersion -eq "") { $assemblyInformationalVersion = $fileAssemblyVersion } Write-Host "Executing Update-SourceVersion in path $SrcPath, Version is $assemblyVersion and File Version is $fileAssemblyVersion and Informational Version is $assemblyInformationalVersion" $AllVersionFiles = Get-ChildItem $SrcPath\* -Include AssemblyInfo.cs,AssemblyInfo.vb -recurse foreach ($file in $AllVersionFiles) { Write-Host "Modifying file " + $file.FullName #save the file for restore $backFile = $file.FullName + "._ORI" Copy-Item $file.FullName $backFile -Force #now load all content of the original file and rewrite modified to the same file $content = Get-Content $file.FullName Remove-Item $file.FullName if ($modifyAssemblyVersion) { $content | %{$_ -replace 'AssemblyVersion\("[0-9]+(\.([0-9]+|\*)){1,3}"\)', "AssemblyVersion(""$assemblyVersion"")" } | %{$_ -replace 'AssemblyFileVersion\("[0-9]+(\.([0-9]+|\*)){1,3}"\)', "AssemblyFileVersion(""$fileAssemblyVersion"")" } | %{$_ -replace 'AssemblyInformationalVersion\(".*"\)', "AssemblyInformationalVersion(""$assemblyInformationalVersion"")" } | Set-Content -Encoding UTF8 -Path $file.FullName -Force } else { $content | %{$_ -replace 'AssemblyFileVersion\("[0-9]+(\.([0-9]+|\*)){1,3}"\)', "AssemblyFileVersion(""$fileAssemblyVersion"")" } | %{$_ -replace 'AssemblyInformationalVersion\(".*"\)', "AssemblyInformationalVersion(""$assemblyInformationalVersion"")" } | Set-Content -Encoding UTF8 -Path $file.FullName -Force } } } <# .SYNOPSIS Simply allow for easy XML node manipulation in context of classic .NET xml configuration files. The purpose is to substitute specific part of the configuration file with predetermined tokens. .DESCRIPTION Basically takes an XML object and then perform a lookup of a specific part of the XML with standard XPATH notation and perform a substitution. .EXAMPLE $configFile = "somedirecory/web.config" $xml = [xml](Get-Content $configFile) Edit-XmlNodes $xml -xpath "/configuration/appSettings/add[@key='apiClientSecret']/@value" -value "__APICLIENTSECRET__" $xml.save($configFile) .NOTES #> function Edit-XmlNodes { param ( [xml] $doc = $(throw "doc is a required parameter"), [string] $xpath = $(throw "xpath is a required parameter"), [string] $value = $(throw "value is a required parameter"), [bool] $condition = $true ) if ($condition -eq $true) { $nodes = $doc.SelectNodes($xpath) foreach ($node in $nodes) { if ($node -ne $null) { if ($node.NodeType -eq "Element") { $node.InnerXml = $value } else { $node.Value = $value } } } } } <# .SYNOPSIS Unzip a zip file using standard .NET framework classes. .PARAMETER zipFile Path of zip file .PARAMETER destinationFolder Destination folder where to uncompress files .PARAMETER deleteOld If $true the routine will delete original file. .PARAMETER quietMode if $true it will output less information on output stream #> function Expand-WithFramework( [string] $zipFile, [string] $destinationFolder, [bool] $deleteOld = $false, [bool] $quietMode = $false ) { Add-Type -AssemblyName System.IO.Compression.FileSystem if ((Test-Path $destinationFolder) -and $deleteOld) { Remove-Item $destinationFolder -Recurse -Force } [System.IO.Compression.ZipFile]::ExtractToDirectory($zipfile, $destinationFolder) } <# .SYNOPSIS Get location of 7za.exe and download if not present .DESCRIPTION Get location of 7zip executable (7za) in temp directory, if the executable is not present it will download and save on disk. It will return the location of 7za executable that can be in turn used to compress / uncompress files and dir. .EXAMPLE Suppose that we want to compress $source directory in a file called $Target $sevenZipExe = Get-7ZipLocation set-alias sz $sevenZipExe Write-Output "Zipping folder $Source in file $Target" sz a -mx=9 -r -mmt=on $Target $Source .NOTES #> function Get-7ZipLocation() { $exeLocation = "$env:TEMP\7z" $sevenZipExe = "$exeLocation\7za.exe" Write-Debug "Testing for 7zip executable [$sevenZipExe]" if (-not (test-path $sevenZipExe)) { Write-Debug "7zip executable [$sevenZipExe] not present, download from http://www.7-zip.org/a/7za920.zip to $env:TEMP\7zip.zip" Invoke-WebRequest -Uri "http://www.7-zip.org/a/7za920.zip" -OutFile "$env:TEMP\7zip.zip" Write-Debug "Unzipping $env:TEMP\7zip.zip to directory $exeLocation" Expand-WithFramework -zipFile "$env:TEMP\7zip.zip" -destinationFolder "$exeLocation" -quietMode $true $sevenZipExe = "$exeLocation\7za.exe" } return $sevenZipExe } <# .SYNOPSIS Get location of latest nuget in temp folder, if nuget.exe is not found it will download .DESCRIPTION .EXAMPLE $nugetLocation = Get-NugetLocation set-alias nuget $nugetLocation nuget yoursolution.sln #> function Get-NugetLocation { Param ( ) $nugetLocation = "$env:TEMP\nuget.exe" if (!(Test-Path -Path $nugetLocation)) { Invoke-WebRequest -Uri "https://dist.nuget.org/win-x86-commandline/latest/nuget.exe" -OutFile $nugetLocation } return $nugetLocation } <# .SYNOPSIS Get / download nunit test runners and return the folder with the console runner .DESCRIPTION .EXAMPLE $nunitConsoleRunner = GEt-NunitTestsConsoleRunner set-alias nunit "$nunitConsoleRunner\nunit3-console-exe" #> function Get-NunitTestsConsoleRunner { Param ( ) $nunitLocation = "$env:TEMP\nunitrunners" $consoleRunner = "" if (Test-Path -Path $nunitLocation) { $consoleRunner = Get-ChildItem -Path $nunitLocation -Name nunit3-console.exe -Recurse if ($consoleRunner -eq $null) { Write-Host "no runner found in folder $nunitLocation" Remove-Item $nunitLocation -Recurse } } if (!(Test-Path -Path $nunitLocation)) { $nugetLocation = Get-NugetLocation set-alias nunitinternal $nugetLocation nunitinternal install NUnit.Runners -OutputDirectory $nunitLocation } #Now we need to locate the console runner $consoleRunner = Get-ChildItem -Path $nunitLocation -Name nunit3-console.exe -Recurse Write-Host "Found nunit runner in $nunitLocation\$consoleRunner" return "$nunitLocation\$consoleRunner" } <# .SYNOPSIS Execute GitVersion using dotnet core version of the tool .DESCRIPTION This command requires that gitversion tool was already configured in .config folder of the project in standard dotnet-tools.json file. A simple content could be { "version": 1, "isRoot": true, "tools": { "gitversion.tool": { "version": "5.2.4", "commands": [ "dotnet-gitversion" ] } } } .EXAMPLE $version = Invoke-GitVersion Write-Host "Assembly version is $($version.assemblyVer)" Write-Host "File version is $($version.assemblyFileVer)" Write-Host "Nuget version is $($version.nugetVersion)" Write-Host "Informational version is $($version.assemblyInformationalVersion)" #> function Invoke-Gitversion { Param ( ) [hashtable]$return = @{} Write-Host "restoring tooling for gitversion" dotnet tool restore Write-Host "Running gitversion to determine version" $gitVersionOutput = dotnet tool run dotnet-gitversion /config GitVersion.yml | Out-String $version = $gitVersionOutput | Out-String | ConvertFrom-Json Write-Host "Raw GitVersion output" Write-Host $gitVersionOutput Write-Host "Parsed value to be returned" $return.assemblyVersion = $version.AssemblySemVer $return.assemblyFileVersion = $version.AssemblySemFileVer $return.nugetVersion = $version.NuGetVersionV2 $return.assemblyInformationalVersion = $version.FullSemVer + "." + $version.Sha $return.fullSemver = $version.FullSemVer Write-Host "Assembly version is $($return.assemblyVersion)" Write-Host "File version is $($return.assemblyFileVersion)" Write-Host "Nuget version is $($return.nugetVersion)" Write-Host "Informational version is $($return.assemblyInformationalVersion)" Write-Host "FullSemVer version is $($return.fullSemver)" return $return } Export-ModuleMember -Function * -Cmdlet * |