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VSOpenCover.ps1
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VSOpenCover.ps1
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# Generate code coverage report using OpenCore and ReportGenerator.
# Put this script to Visual Studio solution folder.
# You may need to run this from VS "Package Manager Console" on one of your test projects:
# nuget install OpenCover -OutputDirectory packages
# nuget install ReportGenerator -OutputDirectory packages
# CONFIGURATION
$TestProjectsGlobbing = @(,'*.Test.*csproj')
$mstestPath = 'C:\Program Files (x86)\Microsoft Visual Studio\2019\Professional\Common7\IDE\Extensions\TestPlatform\vstest.console.exe'
$dotnetPath = 'C:\Program Files\dotnet\dotnet.exe'
$netcoreapp = 'net472'
$NamespaceInclusiveFilters = @(,'*') # asterix means inlude all namespaces (which pdb found)
$BuildNamespaceExclusiveFilters = $true # For core - test project's default namespace; For classic - namespaces where test project's types defined
$testClassicProjects=$true
$testCoreProjects =$true
$debugMode =$false
$toolsFolder = 'packages'
$classicProjectOutput = "bin\Debug"
$coreProjectOutput = "bin\Debug\$netcoreapp"
$testsResultsFolder = 'TestResults'
$excludeGlobbingFromFolders = @('.git', '.vs', 'docs', $toolsFolder, $testsResultsFolder)
# left it empty if you are not using coveralls (publish report online, integrate it with GitHub. more https://coveralls.io/)
$env:COVERALLS_REPO_TOKEN = ""
# STEP 1. Get Solution Folder
$SolutionFolderPath = $PSScriptRoot #or enter it manually there
If ($SolutionFolderPath -eq '') {
$SolutionFolderPath = 'C:\Repos\Local\Motions\Motions'
# NOTE: or is it better to throw an exception?
# throw "Rut it as script from the VS solution's root folder, this will point the location of the solution."
}
# STEP 2. Get OpenCover, ReportGenerator, Coveralls pathes
$openCoverPath = Get-ChildItem -Path "$SolutionFolderPath\$toolsFolder" -Filter 'Opencover*' -Directory | % { "$($_.FullName)\tools\OpenCover.Console.exe" }
$reportGeneratorPath = Get-ChildItem -Path "$SolutionFolderPath\$toolsFolder" -Filter 'ReportGenerator*' -Directory | % { "$($_.FullName)\tools\net47\ReportGenerator.exe" }
# STEP 3. create TestResults folder
$testsResultsFolderPath = "$SolutionFolderPath\$testsResultsFolder"
If (Test-Path "$testsResultsFolderPath") { Remove-Item "$testsResultsFolderPath" -Recurse}
New-Item -ItemType Directory -Force -Path $testsResultsFolderPath | Out-Null
$openCoverOutputFilePath = "$testsResultsFolderPath\opencoverOutput.xml"
$reportGeneratorOutputFolderPath = "$testsResultsFolderPath\report"
# STEP 4. find projects
$ClassicProjects = @();
$CoreProjects = @();
Get-ChildItem "$SolutionFolderPath" -Directory -Exclude $excludeGlobbingFromFolders | %{
Get-ChildItem $_ -Recurse | %{
foreach($i in $TestProjectsGlobbing){
If ($_.FullName -ilike $i){
$projFolder = $_.Directory.FullName
$sdk = Select-XML -path $_.FullName -xpath "/*[local-name() = 'Project']/@Sdk"
$assemblyNameProject = Select-XML -path $_.FullName -xpath "/*[local-name() = 'Project']/*[local-name() = 'PropertyGroup']/*[local-name() = 'AssemblyName']"
$assemblyName = If (!$assemblyNameProject.Node.InnerText) { $_.BaseName } Else { $assemblyNameProject.Node.InnerText}
If ($sdk.Node.Value -eq "Microsoft.NET.Sdk"){
$assemblyPath = "$projFolder\$coreProjectOutput\$assemblyName.dll"
$CoreProjects += , @($_.FullName, $assemblyPath);
# TODO: Check that test csproj contains "/PropertyGroup/DebugType/text()=full" and "/PropertyGroup/DebugSymbols/text()=True"
}
Else{
$assemblyPath = "$projFolder\$classicProjectOutput\$assemblyName.dll"
$ClassicProjects+= , @($_.FullName, $assemblyPath);
}
}
}
}
}
Function GetNamespaces($dll) {
# run in separate process to do not lock solution's assemblies
$namespaces = PowerShell -NoProfile -NonInteractive -Command {
param([parameter(Position=0)][String]$dll) #,ValueFromPipeline=$True
#write-host $dll+"bbb"
$assembly = [System.Reflection.Assembly]::LoadFrom("$dll")
$types = @()
Try
{
$types = $assembly.GetTypes()
}
Catch [System.Reflection.ReflectionTypeLoadException] # Just in case. I have not met such situations, except with core dll's, but then .Types list contains only null values, so catch doesn't help.
{
$types = $_.Exception.Types | Where-Object {$_ -ne $Null}
}
$namespaces = $types | foreach {$_.Namespace} | select-object -unique
return $namespaces;
} -args "$dll" | foreach{ $_}
return $namespaces;
}
Function GetFilter($inclusive, $exclusive) {
$filters = ""
foreach ($i in $inclusive) {
$filters +="+[$i]* "
}
foreach ($i in $exclusive) {
$filters +="-[$i]* "
}
return $filters;
}
#STEP 5. Execute OpenCover
If ($testClassicProjects){
$mstestOutputFolderPath = "$testsResultsFolderPath\mstestOutput"
New-Item -ItemType Directory -Force -Path $mstestOutputFolderPath | Out-Null
If($debugMode){
$trx=1
Foreach($j in $ClassicProjects){
$testDll = $j[1]
$namespaces = @()
if ($BuildNamespaceExclusiveFilters){
$namespaces = GetNamespaces -dll $testDll
}
$filters = GetFilter -inclusive $NamespaceInclusiveFilters -exclusive $namespaces
$targetdir = Split-Path $testDll -parent
$fileName = Split-Path $testDll -leaf
$targetargs="/testcontainer:$testDll /nologo /usestderr /ResultsDirectory:$mstestOutputFolderPath /Logger:trx;LogFileName=$fileName.$trx.trx"
$trx+=1;
echo "opencover -mergeoutput -register:Path32 -mergebyhash -skipautoprops -target:$mstestPath -targetargs:$targetargs -filter:":$filters -[*]*.Data.Entities.* -[*]AutoMapper.* -[*]Moq.* -[*]FluentAssertions.* -[*]FluentValidation.*" -output:$openCoverOutputFilePath"
& $openCoverPath -mergeoutput -register:Path32 -mergebyhash -skipautoprops "-target:$mstestPath" "-targetargs:'$targetargs'" "-filter:$filters -[*]*.Data.Entities.* -[*]AutoMapper.* -[*]Moq.* -[*]FluentAssertions.* -[*]FluentValidation.*" "-output:$openCoverOutputFilePath"
}
}
Else{
$targetargs = ""
$namespaces = @();
$trx=1;
Foreach ($i in $ClassicProjects) {
$testDll = $i[1]
if ($BuildNamespaceExclusiveFilters){
$namespaces += GetNamespaces -dll $testDll
}
$targetargs+= "$testDll "
$trx+=1;
}
$targetargs+=" /ResultsDirectory:$mstestOutputFolderPath /Logger:trx;LogFileName=multiple.$trx.trx"
$namespaces = $namespaces | select-object -unique
$filters = GetFilter -inclusive $NamespaceInclusiveFilters -exclusive $namespaces
echo "opencover -register:Path32 -target:$mstestPath -targetargs:$targetargs -filter:":$filters -[*]*.Data.Entities.* -[*]AutoMapper.* -[*]Moq.* -[*]FluentAssertions.* -[*]FluentValidation.*" -mergebyhash -skipautoprops -output:$openCoverOutputFilePath"
& $openCoverPath "-register:Path32" "-target:$mstestPath" "-targetargs:$targetargs" "-filter:$filters -[*]*.Data.Entities.* -[*]AutoMapper.* -[*]Moq.* -[*]FluentAssertions.* -[*]FluentValidation.*" "-mergebyhash" "-skipautoprops" "-output:$openCoverOutputFilePath"
}
}
If ($testCoreProjects){
Foreach($j in $CoreProjects){
$testDll = $j[1]
$projFilePath = $j[0]
$rootNamespace = Select-XML -path $projFilePath -xpath "/*[local-name() = 'Project']/*[local-name() = 'PropertyGroup']/*[local-name() = 'RootNamespace']"
$namespaces = @()
If ($BuildNamespaceExclusiveFilters){
$namespaces = (, $rootNamespace)
}
$filters = GetFilter -in $NamespaceInclusiveFilters -out $namespaces
# TODO: parsing the project file we can get TargetFramework
$targetargs = "test --no-build -f $netcoreapp -c Debug --verbosity normal $projFilePath"
echo "opencover -oldStyle -mergeoutput -register:Path32 -mergebyhash -skipautoprops -target:$dotnetPath -targetargs:$targetargs -filter:"$filters -[*]*.Data.Entities.* -[*]AutoMapper.* -[*]Moq.* -[*]FluentAssertions.* -[*]FluentValidation.*" -output:$openCoverOutputFilePath"
& $openCoverPath -oldStyle -mergeoutput -register:Path32 -mergebyhash -skipautoprops "-target:$dotnetPath" "-targetargs:$targetargs" "-filter:$filters -[*]*.Data.Entities.* -[*]AutoMapper.* -[*]Moq.* -[*]FluentAssertions.* -[*]FluentValidation.*" "-output:$openCoverOutputFilePath"
}
}
# STEP 6. Execute ReportGenerator
& $reportGeneratorPath "-reports:$openCoverOutputFilePath" "-targetdir:$reportGeneratorOutputFolderPath"
If ( Test-Path env:COVERALLS_REPO_TOKEN) {
If ($env:COVERALLS_REPO_TOKEN -ne "") {
}
}
# STEP 7. Open report in a browser
If (Test-Path "$reportGeneratorOutputFolderPath\index.htm"){
Invoke-Item "$reportGeneratorOutputFolderPath\index.htm"
}