Convert builds into a psake build script (#61)
* Create psake build script and modify existing scripts to use it * Add option to build standalone executables for sestest
This commit is contained in:
Bevan Arps
Bevan Arps
Родитель
8776b4d553
Коммит
0f022a6669
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@ -8,13 +8,5 @@ param (
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$configuration = "Debug"
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)
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. $PSScriptRoot\scripts\includes.ps1
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$msbuildExe = resolve-path "C:\Program Files (x86)\Microsoft Visual Studio\2017\Enterprise\MSBuild\15.0\Bin\MSBuild.exe"
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Write-Output "MSBuild executable: $msbuildExe"
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Write-Header "Build Native Library for Windows"
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& $msbuildExe .\src\Microsoft.Azure.Batch.SoftwareEntitlement.Client.Native\ /property:Configuration=$configuration /property:Platform=$platform
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Write-Header "Build Native console tool for Windows"
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& $msbuildExe .\src\sesclient.native\ /property:Configuration=$configuration /property:Platform=$platform
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. .\scripts\bootstrap.ps1
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invoke-psake -buildFile .\scripts\psake-build.ps1 -taskList Request.$platform, Request.$configuration, Build.Windows
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@ -1,19 +1,6 @@
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#
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# Build the cross-platform parts of the SDK using dotnet.exe
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#
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. $PSScriptRoot\scripts\includes.ps1
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$dotnetExe = (get-command dotnet).Path
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Write-Host "Dotnet executable: $dotnetExe"
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Write-Header "Restoring Nuget packages"
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& $dotnetExe restore .\src\sestest
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Write-Header "Building SESTEST"
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& $dotnetExe build .\src\sestest
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Write-Header "Running Unit Tests"
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foreach ($project in (resolve-path .\tests\*\*.csproj))
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{
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& $dotnetExe test $project
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}
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. .\scripts\bootstrap.ps1
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invoke-psake -buildFile .\scripts\psake-build.ps1 -taskList Build.Xplat
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@ -1,20 +1,5 @@
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#
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# Clean out all files from the .\out\ build artifacts directory
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#
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. $PSScriptRoot\scripts\includes.ps1
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$srcFolder = resolve-path $PSScriptRoot\src
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$testsFolder = resolve-path $PSScriptRoot\tests
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$outFolder = resolve-path $PSScriptRoot\out
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Write-Header "Cleaning"
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Write-Output $srcFolder.Path
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remove-item $srcFolder\*\obj\* -recurse -ErrorAction SilentlyContinue
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Write-Output $testsFolder.Path
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remove-item $testsFolder\*\obj\* -recurse -ErrorAction SilentlyContinue
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Write-Output $outFolder.Path
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remove-item $outFolder\* -recurse -ErrorAction SilentlyContinue
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. .\scripts\bootstrap.ps1
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invoke-psake -buildFile .\scripts\psake-build.ps1 -taskList Clean
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@ -10,6 +10,8 @@ The `sestest` command line utility and associated libraries are written in C#7 a
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The C++ source for the client library requires [libcurl](https://curl.haxx.se/libcurl/) and [OpenSSL](https://www.openssl.org/) libraries as installed by [vcpkg](https://blogs.msdn.microsoft.com/vcblog/2016/09/19/vcpkg-a-tool-to-acquire-and-build-c-open-source-libraries-on-windows/). The library was also written with Visual Studio 2017; it will compile with any modern C++ compiler. For more information (including details of configuration and use of `vcpkg`) see the [Software entitlement service native client library](../src/Microsoft.Azure.Batch.SoftwareEntitlement.Client.Native)
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Build scripts and other tooling are written in PowerShell using the [Psake](https://github.com/psake/psake) make tool. Preinstallation of Psake is optional; if it isn't already available, the build scripts will attempt to use a local version downloaded via NuGet. (See `scripts/bootstrap.ps1` for details.)
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## Building `sestest`
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*The console application `sestest` is a utility for generating and verifying software entitlement tokens during development and test.*
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@ -0,0 +1,5 @@
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#
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# Publish the cross-platform parts of the SDK as standalone executables
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#
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. .\scripts\bootstrap.ps1
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invoke-psake -buildFile .\scripts\psake-build.ps1 -taskList Publish.Xplat
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@ -0,0 +1,34 @@
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#
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# Run a build using Psake
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#
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# Bootstrap - make sure we have Psake available
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$psakeModule = get-module psake
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if ($psakeModule -eq $null) {
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# Don't already have psake loaded, try to load it from a default location
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import-module psake -ErrorAction SilentlyContinue
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$psakeModule = get-module psake
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}
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if ($psakeModule -eq $null) {
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# Still don't have psake loaded, try find it through NuGet
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$path = Resolve-Path $env:USERPROFILE\.nuget\psake\*\psake.psm1
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if ($path -eq $null) {
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$path = Resolve-Path $env:NugetMachineInstallRoot\psake\*\psake.psm1
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}
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if ($path -ne $null) {
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import-module $path -ErrorAction SilentlyContinue
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$psakeModule = get-module psake
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}
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}
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$psakePath = $psakeModule.Path
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Write-Host "Using psake from $psakePath"
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@ -0,0 +1,188 @@
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##
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## Psake build file for the Software Entitlement Service SDK
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##
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properties {
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$baseDir = resolve-path ..\
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$buildDir = join-path $baseDir build
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$srcDir = resolve-path $baseDir\src
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$testsDir = resolve-path $baseDir\tests
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$outDir = join-path $baseDir out
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$publishDir = join-path $baseDir publish
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}
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Task Clean -Depends Clean.SourceFolder, Clean.OutFolder, Clean.PublishFolder
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Task Build.Xplat -Depends Build.SesTest, Unit.Tests
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Task Publish.Xplat -Depends Clean.Publish, Publish.SesTest.Win64, Publish.SesTest.Linux64
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Task Build.Windows -Depends Build.SesLibrary, Build.SesClient
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## --------------------------------------------------------------------------------
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## Preparation Targets
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## --------------------------------------------------------------------------------
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## Tasks used to prepare for the actual build
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Task Restore.NuGetPackages -Depends Requires.DotNetExe {
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exec {
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& $dotnetExe restore $baseDir\src\sestest
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}
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}
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Task Clean.SourceFolder {
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remove-item $srcDir\*\obj\* -recurse -ErrorAction SilentlyContinue
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remove-item $testsDir\*\obj\* -recurse -ErrorAction SilentlyContinue
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}
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Task Clean.OutFolder {
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remove-item $outDir\* -recurse -ErrorAction SilentlyContinue
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}
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Task Clean.PublishFolder {
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remove-item $publishDir -Force -Recurse
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}
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## --------------------------------------------------------------------------------
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## Build Targets
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## --------------------------------------------------------------------------------
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## Tasks used to perform steps of the actual build
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Task Build.SesTest -Depends Requires.DotNetExe, Restore.NuGetPackages {
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exec {
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& $dotnetExe build $srcDir\sestest
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}
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}
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Task Build.SesLibrary -Depends Requires.MsBuild, Requires.Configuration, Requires.Platform {
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exec {
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& $msbuildExe $srcDir\Microsoft.Azure.Batch.SoftwareEntitlement.Client.Native\ /property:Configuration=$configuration /property:Platform=$targetPlatform
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}
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}
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Task Build.SesClient -Depends Requires.MsBuild, Requires.Configuration, Requires.Platform {
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exec {
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& $msbuildExe $srcDir\sesclient.native\ /property:Configuration=$configuration /property:Platform=$targetPlatform
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}
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}
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Task Unit.Tests -Depends Requires.DotNetExe, Build.SesTest {
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foreach ($project in (resolve-path $testsDir\*\*.csproj)){
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Write-SubtaskName (split-path $project -Leaf)
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exec {
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& $dotnetExe test $project
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}
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}
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}
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Task Publish.SesTest.Win64 -Depends Requires.DotNetExe, Restore.NuGetPackages {
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exec {
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& $dotnetExe publish $srcDir\sestest\sestest.csproj --self-contained --output $publishDir\sestest\win10-x64 --runtime win10-x64
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}
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exec {
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compress-archive $publishDir\sestest\win10-x64\* $publishDir\sestest-win10-x64.zip
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}
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}
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Task Publish.SesTest.Linux64 -Depends Requires.DotNetExe, Restore.NuGetPackages {
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exec {
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& $dotnetExe publish $srcDir\sestest\sestest.csproj --self-contained --output $publishDir\sestest\linux-x64 --runtime linux-x64
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}
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exec {
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compress-archive $publishDir\sestest\linux-x64\* $publishDir\sestest-linux-x64.zip
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}
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}
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## --------------------------------------------------------------------------------
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## Configuration Targets
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## --------------------------------------------------------------------------------
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## Tasks used to configure the build
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Task Request.x64 {
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$script:targetPlatform = "x64"
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}
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Task Request.x86 {
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$script:targetPlatform = "x86"
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}
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Task Request.Debug {
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$script:configuration = "Debug"
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}
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Task Request.Release {
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$script:configuration = "Release"
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}
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## --------------------------------------------------------------------------------
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## Prerequisite Targets
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## --------------------------------------------------------------------------------
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## Tasks used to ensure that prerequisites are available when needed.
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Task Requires.Configuration {
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if ($configuration -eq $null) {
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$script:configuration = "Debug"
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}
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Write-Host "Build configuration is $configuration"
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}
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Task Requires.DotNetExe {
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$script:dotnetExe = (get-command dotnet).Path
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if ($dotnetExe -eq $null)
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{
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$script:dotnetExe = resolve-path $env:ProgramFiles\dotnet\dotnet.exe -ErrorAction SilentlyContinue
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}
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if ($dotnetExe -eq $null)
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{
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throw "Failed to find dotnet.exe"
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}
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Write-Host "Dotnet executable: $dotnetExe"
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}
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Task Requires.MsBuild {
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# prefer MSBuild from VS2017 if its there
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$script:msbuildExe = resolve-path "${env:ProgramFiles(x86)}\Microsoft Visual Studio\2017\*\MSBuild\*\Bin\MSBuild.exe" -ErrorAction SilentlyContinue
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if ($msbuildExe -eq $null)
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{
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$script:msbuildExe = (get-command msbuild).Path
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}
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if ($msbuildExe -eq $null)
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{
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throw "Failed to find msbuild.exe"
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}
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Write-Host "MSBuild executable: $msbuildExe"
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}
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Task Requires.Platform {
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if ($targetPlatform -eq $null) {
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$script:targetPlatform = "Debug"
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}
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Write-Host "Target platform is $targetPlatform"
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}
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## --------------------------------------------------------------------------------
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## Support Functions
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## --------------------------------------------------------------------------------
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formatTaskName {
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param($taskName)
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$divider = "-" * ((get-host).UI.RawUI.WindowSize.Width - 2)
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return "`r`n$divider`r`n $taskName`r`n$divider`r`n"
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}
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function Write-SubtaskName($subtaskName) {
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$divider = "-" * ($subtaskName.Length + 4)
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Write-Host "`r`n$divider`r`n $subtaskName`r`n$divider"
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}
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