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https://github.com/VSadov/Satori.git
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2deebf04c5
* Implement the same hack as for functional tests to prevent msquic from dropping connections * Feedback: removed code sharing and used reflaction * Try to fix missing build dependency * Feedback - removed test only function and replaced with shared code + some reflection * fix argument handling in build-local.ps1 * do not use MsQuicLibraryVersion * copy msquic interop utils to the SDK base image * use LinkBase in Functional.Tests.csproj for wildcard include * Use MsQuicLibraryVersion in out internal logging and as a side-effect avoid the property being trimmed * Comment * also copy files to the Linux container --------- Co-authored-by: antonfirsov <antonfir@gmail.com>
80 lines
3.1 KiB
PowerShell
Executable file
80 lines
3.1 KiB
PowerShell
Executable file
#!/usr/bin/env pwsh
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# Builds libraries and produces a dotnet sdk docker image
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# that contains the current bits in its shared framework folder.
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[CmdletBinding(PositionalBinding=$false)]
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Param(
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[string][Alias('t')]$imageName = "dotnet-sdk-libs-current",
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[string][Alias('c')]$configuration = "Release",
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[switch][Alias('w')]$buildWindowsContainers
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)
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$dotNetVersion="8.0"
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$ErrorActionPreference = "Stop"
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$REPO_ROOT_DIR=$(git -C "$PSScriptRoot" rev-parse --show-toplevel)
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$dockerFilePrefix="$PSScriptRoot/libraries-sdk"
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if ($buildWindowsContainers)
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{
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# Due to size concerns, we don't currently do docker builds on windows.
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# Build on the host machine, then simply copy artifacts to the target docker image.
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# This should result in significantly lower build times, for now.
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& "$REPO_ROOT_DIR/build.cmd" clr+libs -ci -rc release -c $configuration
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if (!$?)
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{
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exit $LASTEXITCODE
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}
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$dockerFile="$dockerFilePrefix.windows.Dockerfile"
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# Collect the following artifacts to folder, that will be used as build context for the container,
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# so projects can build and test against the live-built runtime:
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# 1. Reference assembly pack (microsoft.netcore.app.ref)
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# 2. Runtime pack (microsoft.netcore.app.runtime.win-x64)
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# 3. targetingpacks.targets, so stress test builds can target the live-built runtime instead of the one in the pre-installed SDK
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# 4. testhost
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# 5. msquic interop sources (needed for HttpStress)
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$binArtifacts = "$REPO_ROOT_DIR\artifacts\bin"
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$dockerContext = "$REPO_ROOT_DIR\artifacts\docker-context"
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if (Test-Path $dockerContext) {
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Remove-Item -Recurse -Force $dockerContext
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}
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Copy-Item -Recurse -Path $binArtifacts\microsoft.netcore.app.ref `
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-Destination $dockerContext\microsoft.netcore.app.ref
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Copy-Item -Recurse -Path $binArtifacts\microsoft.netcore.app.runtime.win-x64 `
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-Destination $dockerContext\microsoft.netcore.app.runtime.win-x64
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Copy-Item -Recurse -Path $binArtifacts\testhost `
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-Destination $dockerContext\testhost
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Copy-Item -Recurse -Path $REPO_ROOT_DIR\eng\targetingpacks.targets `
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-Destination $dockerContext\targetingpacks.targets
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Copy-Item -Recurse -Path $REPO_ROOT_DIR\src\libraries\System.Net.Quic\src\System\Net\Quic\Interop `
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-Destination $dockerContext\msquic-interop
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# In case of non-CI builds, testhost may already contain Microsoft.AspNetCore.App (see build-local.ps1 in HttpStress):
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$testHostAspNetCorePath="$dockerContext\testhost\net$dotNetVersion-windows-$configuration-x64/shared/Microsoft.AspNetCore.App"
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if (Test-Path $testHostAspNetCorePath) {
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Remove-Item -Recurse -Force $testHostAspNetCorePath
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}
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docker build --tag $imageName `
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--build-arg CONFIGURATION=$configuration `
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--file $dockerFile `
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$dockerContext
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}
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else
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{
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# Docker build libraries and copy to dotnet sdk image
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$dockerFile="$dockerFilePrefix.linux.Dockerfile"
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docker build --tag $imageName `
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--build-arg CONFIGURATION=$configuration `
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--file $dockerFile `
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$REPO_ROOT_DIR
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}
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exit $LASTEXITCODE
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