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build.ps1
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# Copyright 2020 Saleem Abdulrasool <compnerd@compnerd.org>
# Copyright 2023 Tristan Labelle <tristan@thebrowser.company>
<#
.SYNOPSIS
Builds the Swift toolchain, installers, and optionally runs tests.
.DESCRIPTION
This script performs various steps associated with building the Swift toolchain:
- Builds the redistributable, SDK, devtools and toolchain binaries and files
- Builds the msi's and installer executable
- Creates a mock installation under S:\Program Files and S:\Library for local toolchain use
- Optionally runs tests for supported projects
- Optionally stages build artifacts for CI
.PARAMETER SourceCache
The path to a directory where projects contributing to the Swift.
toolchain have been cloned.
.PARAMETER BinaryCache
The path to a directory where to write build system files and outputs.
.PARAMETER ImageRoot
The path to a directory that mimics a file system image root,
under which "Library" and "Program Files" subdirectories will be created
with the files installed by CMake.
.PARAMETER CDebugFormat
The debug information format for C/C++ code: dwarf or codeview.
.PARAMETER SwiftDebugFormat
The debug information format for Swift code: dwarf or codeview.
.PARAMETER AndroidAPILevel
The API Level to target when building the Android SDKs
.PARAMETER Android
When set, build android SDKs.
.PARAMETER AndroidSDKs
An array of architectures for which the Android Swift SDK should be built.
.PARAMETER WindowsSDKs
An array of architectures for which the Windows Swift SDK should be built.
.PARAMETER ProductVersion
The product version to be used when building the installer.
Supports semantic version strings.
.PARAMETER PinnedBuild
The toolchain snapshot to build the early components with.
.PARAMETER PinnedSHA256
The SHA256 for the pinned toolchain.
.PARAMETER PinnedToolchainVariant
The toolchain variant to use while building the toolchain. Defaults to
`Asserts`.
.PARAMETER AndroidNDKVersion
The version number of the Android NDK to be used.
.PARAMETER WinSDKVersion
The version number of the Windows SDK to be used.
Overrides the value resolved by the Visual Studio command prompt.
If no such Windows SDK is installed, it will be downloaded from nuget.
.PARAMETER IncludeDS2
Include the ds2 remote debug server in the SDK.
This component is currently only supported in Android builds.
.PARAMETER SkipBuild
If set, does not run the build phase.
.PARAMETER SkipPackaging
If set, skips building the msi's and installer
.PARAMETER DebugInfo
If set, debug information will be generated for the builds.
.PARAMETER EnableCaching
If true, use `sccache` to cache the build rules. Configuration of sccache must be done through
the environment variables defined by the sccache project.
.PARAMETER Clean
If true, clean non-compiler builds while building.
.PARAMETER Test
An array of names of projects to run tests for.
'*' runs all tests
.PARAMETER Stage
The path to a directory where built msi's and the installer executable should be staged (for CI).
.PARAMETER ToBatch
When set, runs the script in a special mode which outputs a listing of command invocations
in batch file format instead of executing them.
.PARAMETER HostArchName
The architecture where the toolchain will execute.
.PARAMETER Variant
The toolchain variant to build. Defaults to `Asserts`.
.PARAMETER FoundationTestConfiguration
Whether to run swift-foundation and swift-corelibs-foundation tests in a debug or release configuration.
.EXAMPLE
PS> .\Build.ps1
.EXAMPLE
PS> .\Build.ps1 -WindowsSDKs x64 -ProductVersion 1.2.3 -Test foundation,xctest
#>
[CmdletBinding(PositionalBinding = $false)]
param
(
[System.IO.FileInfo] $SourceCache = "S:\SourceCache",
[System.IO.FileInfo] $BinaryCache = "S:\b",
[System.IO.FileInfo] $ImageRoot = "S:",
[ValidateSet("codeview", "dwarf")]
[string] $CDebugFormat = "dwarf",
[ValidateSet("codeview", "dwarf")]
[string] $SwiftDebugFormat = "dwarf",
[ValidateRange(1, 36)]
[int] $AndroidAPILevel = 28,
[string[]] $AndroidSDKs = @(),
[string[]] $WindowsSDKs = @("X64","X86","Arm64"),
[string] $ProductVersion = "0.0.0",
[string] $ToolchainIdentifier = $(if ($env:TOOLCHAIN_VERSION) { $env:TOOLCHAIN_VERSION } else { "$env:USERNAME.development" }),
[string] $PinnedBuild = "",
[ValidatePattern("^([A-Fa-f0-9]{64}|)$")]
[string] $PinnedSHA256 = "",
[string] $PinnedVersion = "",
[ValidateSet("Asserts", "NoAsserts")]
[string] $PinnedToolchainVariant = "Asserts",
[ValidatePattern('^\d+(\.\d+)*$')]
[string] $PythonVersion = "3.9.10",
[ValidatePattern("^r(?:[1-9]|[1-9][0-9])(?:[a-z])?$")]
[string] $AndroidNDKVersion = "r27c",
[ValidatePattern("^\d+\.\d+\.\d+(?:-\w+)?")]
[string] $WinSDKVersion = "",
[switch] $Android = $false,
[switch] $SkipBuild = $false,
[switch] $SkipPackaging = $false,
[switch] $IncludeDS2 = $false,
[string[]] $Test = @(),
[string] $Stage = "",
[ValidateSet("AMD64", "ARM64")]
[string] $HostArchName = $(if ($env:PROCESSOR_ARCHITEW6432) { $env:PROCESSOR_ARCHITEW6432 } else { $env:PROCESSOR_ARCHITECTURE }),
[ValidateSet("Asserts", "NoAsserts")]
[string] $Variant = "Asserts",
[switch] $Clean,
[switch] $DebugInfo,
[switch] $EnableCaching,
[ValidateSet("debug", "release")]
[string] $FoundationTestConfiguration = "debug",
[switch] $Summary,
[switch] $ToBatch
)
## Prepare the build environment.
$ErrorActionPreference = "Stop"
Set-StrictMode -Version 3.0
# Avoid being run in a "Developer" shell since this script launches its own sub-shells targeting
# different architectures, and these variables cause confusion.
if ($env:VSCMD_ARG_HOST_ARCH -or $env:VSCMD_ARG_TGT_ARCH) {
throw "At least one of VSCMD_ARG_HOST_ARCH and VSCMD_ARG_TGT_ARCH is set, which is incompatible with this script. Likely need to run outside of a Developer shell."
}
# Prevent elsewhere-installed swift modules from confusing our builds.
$env:SDKROOT = ""
$CustomWinSDKRoot = $null # Overwritten if we download a Windows SDK from nuget
# Avoid $env:ProgramFiles in case this script is running as x86
$UnixToolsBinDir = "$env:SystemDrive\Program Files\Git\usr\bin"
## Cleanup build arguments.
# Validate that if one is set all are set.
if (($PinnedBuild -or $PinnedSHA256 -or $PinnedVersion) -and -not ($PinnedBuild -and $PinnedSHA256 -and $PinnedVersion)) {
throw "If any of PinnedBuild, PinnedSHA256, or PinnedVersion is set, all three must be set."
}
if ($Android -and ($AndroidSDKs.Length -eq 0)) {
# Enable all android SDKs by default.
$AndroidSDKs = @("aarch64","armv7","i686","x86_64")
}
# Work around limitations of cmd passing in array arguments via powershell.exe -File
if ($AndroidSDKs.Length -eq 1) { $AndroidSDKs = $AndroidSDKs[0].Split(",") }
if ($WindowsSDKs.Length -eq 1) { $WindowsSDKs = $WindowsSDKs[0].Split(",") }
if ($Test.Length -eq 1) { $Test = $Test[0].Split(",") }
if ($AndroidSDKs.Length -gt 0) {
# Always enable android when one of the SDKs is specified.
$Android = $true
}
if ($Test -contains "*") {
# Explicitly don't include llbuild yet since tests are known to fail on Windows
$Test = @("lld", "lldb", "swift", "dispatch", "foundation", "xctest", "swift-format", "sourcekit-lsp")
}
## Declare static build and build tool parameters.
$DefaultPinned = @{
AMD64 = @{
PinnedBuild = "https://download.swift.org/swift-6.0.3-release/windows10/swift-6.0.3-RELEASE/swift-6.0.3-RELEASE-windows10.exe";
PinnedSHA256 = "AB205D83A38047882DB80E6A88C7D33B651F3BAC96D4515D7CBA5335F37999D3";
PinnedVersion = "6.0.3";
};
ARM64 = @{
PinnedBuild = "https://download.swift.org/swift-6.0.3-release/windows10-arm64/swift-6.0.3-RELEASE/swift-6.0.3-RELEASE-windows10-arm64.exe";
PinnedSHA256 = "81474651E59A9955C9E6A389EF53ABD61631FFC62C63A2A02977271019E7C722";
PinnedVersion = "6.0.3";
};
}
enum OS {
Windows
Android
}
$KnownPlatforms = @{
WindowsARM64 = @{
OS = [OS]::Windows;
Triple = "aarch64-unknown-windows-msvc";
Architecture = @{
VSName = "arm64";
CMakeName = "ARM64";
LLVMName = "aarch64";
ShortName = "arm64";
};
BinaryDir = "bin64a";
Cache = @{};
};
WindowsX64 = @{
OS = [OS]::Windows;
Triple = "x86_64-unknown-windows-msvc";
Architecture = @{
VSName = "amd64";
CMakeName = "AMD64";
LLVMName = "x86_64";
ShortName = "x64";
};
BinaryDir = "bin64";
Cache = @{};
};
WindowsX86 = @{
OS = [OS]::Windows;
Triple = "i686-unknown-windows-msvc";
Architecture = @{
VSName = "x86";
CMakeName = "i686";
LLVMName = "i686";
ShortName = "x86";
};
BinaryDir = "bin32";
Cache = @{};
};
AndroidARMv7 = @{
OS = [OS]::Android;
Triple = "armv7-unknown-linux-androideabi$AndroidAPILevel";
Architecture = @{
ABI = "armeabi-v7a";
CMakeName = "armv7-a";
LLVMName = "armv7";
ShortName = "armv7";
};
BinaryDir = "bin32a";
Cache = @{};
};
AndroidARM64 = @{
OS = [OS]::Android;
Triple = "aarch64-unknown-linux-android$AndroidAPILevel";
Architecture = @{
ABI = "arm64-v8a";
CMakeName = "aarch64";
LLVMName = "aarch64";
ShortName = "arm64";
};
BinaryDir = "bin64a";
Cache = @{};
};
AndroidX86 = @{
OS = [OS]::Android;
Triple = "i686-unknown-linux-android$AndroidAPILevel";
Architecture = @{
ABI = "x86";
CMakeName = "i686";
LLVMName = "i686";
ShortName = "x86";
};
BinaryDir = "bin32";
Cache = @{};
};
AndroidX64 = @{
OS = [OS]::Android;
Triple = "x86_64-unknown-linux-android$AndroidAPILevel";
Architecture = @{
ABI = "x86_64";
CMakeName = "x86_64";
LLVMName = "x86_64";
ShortName = "x64";
};
BinaryDir = "bin64";
Cache = @{};
};
}
$WiX = @{
Version = "4.0.6";
URL = "https://www.nuget.org/api/v2/package/wix/4.0.6";
SHA256 = "A94DD42AE1FB56B32DA180E2173CEDA4F0D10B4C8871C5EE59ECB502131A1EB6";
Path = [IO.Path]::Combine("$BinaryCache\WiX-4.0.6", "tools", "net6.0", "any");
}
$KnownPythons = @{
"3.9.10" = @{
AMD64 = @{
URL = "https://www.nuget.org/api/v2/package/python/3.9.10";
SHA256 = "ac43b491e9488ac926ed31c5594f0c9409a21ecbaf99dc7a93f8c7b24cf85867";
};
ARM64 = @{
URL = "https://www.nuget.org/api/v2/package/pythonarm64/3.9.10";
SHA256 = "429ada77e7f30e4bd8ff22953a1f35f98b2728e84c9b1d006712561785641f69";
};
}
}
$PythonWheels = @{
"packaging" = @{
File = "packaging-24.1-py3-none-any.whl";
URL = "https://files.pythonhosted.org/packages/08/aa/cc0199a5f0ad350994d660967a8efb233fe0416e4639146c089643407ce6/packaging-24.1-py3-none-any.whl";
SHA256 = "5b8f2217dbdbd2f7f384c41c628544e6d52f2d0f53c6d0c3ea61aa5d1d7ff124";
};
"distutils" = @{
File = "setuptools-75.1.0-py3-none-any.whl";
URL = "https://files.pythonhosted.org/packages/ff/ae/f19306b5a221f6a436d8f2238d5b80925004093fa3edea59835b514d9057/setuptools-75.1.0-py3-none-any.whl";
SHA256 = "35ab7fd3bcd95e6b7fd704e4a1539513edad446c097797f2985e0e4b960772f2";
};
"psutil" = @{
File = "psutil-6.1.0-cp37-abi3-win_amd64.whl";
URL = "https://files.pythonhosted.org/packages/11/91/87fa6f060e649b1e1a7b19a4f5869709fbf750b7c8c262ee776ec32f3028/psutil-6.1.0-cp37-abi3-win_amd64.whl";
SHA256 = "a8fb3752b491d246034fa4d279ff076501588ce8cbcdbb62c32fd7a377d996be";
};
"unittest2" = @{
File = "unittest2-1.1.0-py2.py3-none-any.whl";
URL = "https://files.pythonhosted.org/packages/72/20/7f0f433060a962200b7272b8c12ba90ef5b903e218174301d0abfd523813/unittest2-1.1.0-py2.py3-none-any.whl";
SHA256 = "13f77d0875db6d9b435e1d4f41e74ad4cc2eb6e1d5c824996092b3430f088bb8";
};
}
$KnownNDKs = @{
r26b = @{
URL = "https://dl.google.com/android/repository/android-ndk-r26b-windows.zip"
SHA256 = "A478D43D4A45D0D345CDA6BE50D79642B92FB175868D9DC0DFC86181D80F691E"
ClangVersion = 17
}
r27c = @{
URL = "https://dl.google.com/android/repository/android-ndk-r27c-windows.zip"
SHA256 = "27E49F11E0CEE5800983D8AF8F4ACD5BF09987AA6F790D4439DDA9F3643D2494"
ClangVersion = 18
}
}
$BuildArchName = if ($env:PROCESSOR_ARCHITEW6432) { $env:PROCESSOR_ARCHITEW6432 } else { $env:PROCESSOR_ARCHITECTURE }
# TODO: Support other cross-compilation scenarios.
$BuildOS = [OS]::Windows
$HostOS = [OS]::Windows
$vswhere = "${env:ProgramFiles(x86)}\Microsoft Visual Studio\Installer\vswhere.exe"
$VSInstallRoot = & $vswhere -nologo -latest -products "*" -all -prerelease -property installationPath
$msbuild = "$VSInstallRoot\MSBuild\Current\Bin\$BuildArchName\MSBuild.exe"
function Get-CMake {
try {
return (Get-Command "cmake.exe" -ErrorAction Stop).Source
} catch {
if (Test-Path -Path "${VSInstallRoot}\Common7\IDE\CommonExtensions\Microsoft\CMake\CMake\bin" -PathType Container) {
return "${VSInstallRoot}\Common7\IDE\CommonExtensions\Microsoft\CMake\CMake\bin\cmake.exe"
}
}
throw "CMake not found on Path nor in the Visual Studio Installation. Please Install CMake to continue."
}
function Get-Ninja {
try {
return (Get-Command "Ninja.exe" -ErrorAction Stop).Source
} catch {
if (Test-Path -Path "${VSInstallRoot}\Common7\IDE\CommonExtensions\Microsoft\CMake\Ninja" -PathType Container) {
return "${VSInstallRoot}\Common7\IDE\CommonExtensions\Microsoft\CMake\Ninja\ninja.exe"
}
}
throw "Ninja not found on Path nor in the Visual Studio Installation. Please Install Ninja to continue."
}
$cmake = Get-CMake
$ninja = Get-Ninja
$NugetRoot = "$BinaryCache\nuget"
$LibraryRoot = "$ImageRoot\Library"
## Select and prepare build tools, platforms, parameters, etc.
if (-not $PinnedBuild) {
if (-not $DefaultPinned.ContainsKey($BuildArchName)) {
throw "Default pinned toolchain definition does not contain an entry for '$BuildArchName'."
}
$PinnedBuild = $DefaultPinned[$BuildArchName].PinnedBuild
$PinnedSHA256 = $DefaultPinned[$BuildArchName].PinnedSHA256
$PinnedVersion = $DefaultPinned[$BuildArchName].PinnedVersion
}
$PinnedToolchain = [IO.Path]::GetFileNameWithoutExtension($PinnedBuild)
$HostPlatform = switch ($HostArchName) {
"AMD64" { $KnownPlatforms[$HostOS.ToString() + "X64"] }
"ARM64" { $KnownPlatforms[$HostOS.ToString() + "ARM64"] }
default { throw "Unsupported processor architecture" }
}
$BuildPlatform = switch ($BuildArchName) {
"AMD64" { $KnownPlatforms[$BuildOS.ToString() + "X64"] }
"ARM64" { $KnownPlatforms[$BuildOS.ToString() + "ARM64"] }
default { throw "Unsupported processor architecture" }
}
$IsCrossCompiling = $HostArchName -ne $BuildArchName
if ($Android -and ($HostPlatform -ne $KnownPlatforms["WindowsX64"])) {
throw "Unsupported host architecture for building android SDKs"
}
# Resolve the architectures received as argument
$AndroidSDKPlatforms = @($AndroidSDKs | ForEach-Object {
switch ($_) {
"aarch64" { $KnownPlatforms["AndroidARM64"] }
"armv7" { $KnownPlatforms["AndroidARMv7"] }
"i686" { $KnownPlatforms["AndroidX86"] }
"x86_64" { $KnownPlatforms["AndroidX64"] }
default { throw "No Android platform for architecture $_" }
}
})
$WindowsSDKPlatforms = @($WindowsSDKs | ForEach-Object {
switch ($_) {
"X64" { $KnownPlatforms["WindowsX64"] }
"X86" { $KnownPlatforms["WindowsX86"] }
"Arm64" { $KnownPlatforms["WindowsArm64"] }
default { throw "No Windows platform for architecture $_" }
}
})
## Helpers for logging and timing build steps.
$TimingData = New-Object System.Collections.Generic.List[System.Object]
function Add-TimingData {
param
(
[Parameter(Mandatory)]
[Hashtable] $Platform,
[Parameter(Mandatory)]
[string] $BuildStep,
[Parameter(Mandatory)]
[System.TimeSpan] $ElapsedTime
)
$TimingData.Add([PSCustomObject]@{
Arch = $Platform.Architecture.LLVMName
Platform = $Platform.OS.ToString()
"Build Step" = $BuildStep
"Elapsed Time" = $ElapsedTime
})
}
function Write-Summary {
Write-Host "Summary:" -ForegroundColor Cyan
if ($EnableCaching) {
Write-Host "SCCache:" -ForegroundColor Green
& sccache.exe --show-stats
}
$TotalTime = [TimeSpan]::Zero
foreach ($Entry in $TimingData) {
$TotalTime = $TotalTime.Add($Entry."Elapsed Time")
}
$SortedData = $TimingData | ForEach-Object {
$Percentage = [math]::Round(($_.("Elapsed Time").TotalSeconds / $TotalTime.TotalSeconds) * 100, 1)
$FormattedTime = "{0:hh\:mm\:ss\.ff}" -f $_."Elapsed Time"
[PSCustomObject]@{
"Build Step" = $_."Build Step"
Platform = $_.Platform
Arch = $_.Arch
"Elapsed Time" = $FormattedTime
"%" = "$Percentage%"
}
} | Sort-Object -Descending -Property "Elapsed Time"
$FormattedTotalTime = "{0:hh\:mm\:ss\.ff}" -f $TotalTime
$TotalRow = [PSCustomObject]@{
"Build Step" = "TOTAL"
Platform = ""
Arch = ""
"Elapsed Time" = $FormattedTotalTime
"%" = "100.0%"
}
@($SortedData) + $TotalRow | Format-Table -AutoSize
}
function Get-AndroidNDK {
$NDK = $KnownNDKs[$AndroidNDKVersion]
if (-not $NDK) { throw "Unsupported Android NDK version" }
return $NDK
}
function Get-AndroidNDKPath {
return Join-Path -Path $BinaryCache -ChildPath "android-ndk-$AndroidNDKVersion"
}
function Get-FlexExecutable {
return Join-Path -Path $BinaryCache -ChildPath "win_flex_bison\win_flex.exe"
}
function Get-BisonExecutable {
return Join-Path -Path $BinaryCache -ChildPath "win_flex_bison\win_bison.exe"
}
function Get-PythonPath([Hashtable] $Platform) {
return [IO.Path]::Combine("$BinaryCache\", "Python$($Platform.Architecture.CMakeName)-$PythonVersion")
}
function Get-PythonExecutable {
return [IO.Path]::Combine((Get-PythonPath $BuildPlatform), "tools", "python.exe")
}
function Get-PythonScriptsPath {
return [IO.Path]::Combine((Get-PythonPath $BuildPlatform), "tools", "Scripts")
}
function Get-InstallDir([Hashtable] $Platform) {
if ($Platform -eq $HostPlatform) {
return [IO.Path]::Combine("$ImageRoot\", "Program Files", "Swift")
}
if ($Platform -eq $KnownPlatforms["WindowsARM64"]) {
return [IO.Path]::Combine("$ImageRoot\", "Program Files (Arm64)", "Swift")
}
if ($Platform -eq $KnownPlatforms["WindowsX64"]) {
return [IO.Path]::Combine("$ImageRoot\", "Program Files (Amd64)", "Swift")
}
if ($Platform -eq $KnownPlatforms["WindowsX86"]) {
return [IO.Path]::Combine("$ImageRoot\", "Program Files (x86)", "Swift")
}
throw "Unknown Platform"
}
# For dev productivity, install the host toolchain directly using CMake.
# This allows iterating on the toolchain using ninja builds.
$HostPlatform.ToolchainInstallRoot = "$(Get-InstallDir $HostPlatform)\Toolchains\$ProductVersion+$Variant"
$BuildPlatform.ToolchainInstallRoot = "$(Get-InstallDir $BuildPlatform)\Toolchains\$ProductVersion+$Variant"
# Build functions
function Invoke-BuildStep {
[CmdletBinding(PositionalBinding = $false)]
param
(
[Parameter(Position=0, Mandatory)]
[string] $Name,
[Parameter(Position=1, Mandatory)]
[Hashtable] $Platform,
[Parameter(ValueFromRemainingArguments)]
$RemainingArgs
)
if ($Summary) {
$Stopwatch = [Diagnostics.Stopwatch]::StartNew()
}
$SplatArgs = @{}
foreach ($Arg in $RemainingArgs) {
if ($Arg -is [Hashtable]) {
$SplatArgs += $Arg
} elseif ($Arg -is [string]) {
$SplatArgs[$Arg.TrimStart('-')] = $true
} else {
throw "$Arg is unknown type: $($Arg.GetType())"
}
}
& $Name $Platform @SplatArgs
if ($Summary) {
Add-TimingData $Platform $Name $Stopwatch.Elapsed
}
}
enum Project {
BuildTools
RegsGen2
Compilers
FoundationMacros
TestingMacros
ToolsSupportCore
LLBuild
ArgumentParser
Driver
Crypto
Collections
ASN1
Certificates
System
Build
PackageManager
Markdown
Format
LMDB
IndexStoreDB
SourceKitLSP
SymbolKit
DocC
LLVM
Runtime
Dispatch
DynamicFoundation
XCTest
Testing
ClangBuiltins
ClangRuntime
SwiftInspect
ExperimentalRuntime
StaticFoundation
}
function Get-ProjectBinaryCache([Hashtable] $Platform, [Project] $Project) {
if ($Project -eq [Project]::Compilers) {
if ($Platform -eq $HostPlatform) { return "$BinaryCache\5" }
if ($Platform -eq $BuildPlatform) { return "$BinaryCache\1" }
throw "Building Compilers for $($Platform.Triple) currently unsupported."
}
return "$([IO.Path]::Combine("$BinaryCache\", $Platform.Triple, $Project.ToString()))"
}
function Get-ProjectCMakeModules {
[CmdletBinding(PositionalBinding = $false)]
param
(
[Parameter(Position = 0, Mandatory = $true)]
[Hashtable] $Platform,
[Parameter(Position = 1, Mandatory = $true)]
[Project] $Project
)
return "$([IO.Path]::Combine((Get-ProjectBinaryCache $Platform $Project), "cmake", "modules"))"
}
function Get-TargetInfo([Hashtable] $Platform) {
# Cache the result of "swiftc -print-target-info" as $Platform.Cache.TargetInfo
$CacheKey = "TargetInfo"
if (-not $Platform.Cache.ContainsKey($CacheKey)) {
Invoke-IsolatingEnvVars {
$env:Path = "$(Get-PinnedToolchainRuntime);$(Get-PinnedToolchainToolsDir);${env:Path}"
$TargetInfo = & swiftc -target $Platform.Triple -print-target-info
if ($LastExitCode -ne 0) {
throw "Unable to print target info for '$($Platform.Triple)'"
}
$TargetInfo = $TargetInfo | ConvertFrom-JSON
$Platform.Cache[$CacheKey] = $TargetInfo.target
}
}
return $Platform.Cache[$CacheKey]
}
function Get-ModuleTriple([Hashtable] $Platform) {
return (Get-TargetInfo $Platform).moduleTriple
}
function Copy-File($Src, $Dst) {
# Create the directory tree first so Copy-Item succeeds
# If $Dst is the target directory, make sure it ends with "\"
$DstDir = [IO.Path]::GetDirectoryName($Dst)
if ($ToBatch) {
Write-Output "md `"$DstDir`""
Write-Output "copy /Y `"$Src`" `"$Dst`""
} else {
New-Item -ItemType Directory -ErrorAction Ignore $DstDir | Out-Null
Copy-Item -Force $Src $Dst
}
}
function Copy-Directory($Src, $Dst) {
if ($ToBatch) {
Write-Output "md `"$Dst`""
Write-Output "copy /Y `"$Src`" `"$Dst`""
} else {
New-Item -ItemType Directory -ErrorAction Ignore $Dst | Out-Null
Copy-Item -Force -Recurse $Src $Dst
}
}
function Move-Directory($Src, $Dst) {
if ($ToBatch) {
} else {
$Destination = Join-Path -Path $Dst -ChildPath (Split-Path -Path $Src -Leaf)
if (Test-Path -Path $Destination -Type Container) {
Remove-Item -Path $Destination -Recurse -Force | Out-Null
}
Move-Item -Path $Src -Destination $Dst -Force | Out-Null
}
}
function Invoke-Program() {
[CmdletBinding(PositionalBinding = $false)]
param
(
[Parameter(Position = 0, Mandatory = $true)]
[string] $Executable,
[switch] $Silent,
[switch] $OutNull,
[string] $OutFile = "",
[string] $ErrorFile = "",
[Parameter(Position = 1, ValueFromRemainingArguments)]
[string[]] $ExecutableArgs
)
if ($ToBatch) {
# Print the invocation in batch file-compatible format
$OutputLine = "`"$Executable`""
$ShouldBreakLine = $false
for ($i = 0; $i -lt $ExecutableArgs.Length; $i++) {
if ($ShouldBreakLine -or $OutputLine.Length -ge 40) {
$OutputLine += " ^"
Write-Output $OutputLine
$OutputLine = " "
}
$Arg = $ExecutableArgs[$i]
if ($Arg.Contains(" ")) {
$OutputLine += " `"$Arg`""
} else {
$OutputLine += " $Arg"
}
# Break lines after non-switch arguments
$ShouldBreakLine = -not $Arg.StartsWith("-")
}
if ($OutNull) {
$OutputLine += " > nul"
} elseif ($Silent) {
$OutputLine += " *> nul"
} else {
if ($OutFile) { $OutputLine += " > `"$OutFile`"" }
if ($ErrorFile) { $OutputLine += " 2> `"$ErrorFile`"" }
}
Write-Output $OutputLine
} else {
if ($OutNull) {
& $Executable @ExecutableArgs | Out-Null
} elseif ($Silent) {
& $Executable @ExecutableArgs | Out-Null 2>&1| Out-Null
} elseif ($OutFile -and $ErrorFile) {
& $Executable @ExecutableArgs | Out-File -FilePath $OutFile -Encoding UTF8 2>&1| Out-File -FilePath $ErrorFile -Encoding UTF8
} elseif ($OutFile) {
& $Executable @ExecutableArgs | Out-File -FilePath $OutFile -Encoding UTF8
} elseif ($ErrorFile) {
& $Executable @ExecutableArgs 2>&1| Out-File -FilePath $ErrorFile -Encoding UTF8
} else {
& $Executable @ExecutableArgs
}
if ($LastExitCode -ne 0) {
$ErrorMessage = "Error: $([IO.Path]::GetFileName($Executable)) exited with code $($LastExitCode).`n"
$ErrorMessage += "Invocation:`n"
$ErrorMessage += " $Executable $ExecutableArgs`n"
$ErrorMessage += "Call stack:`n"
foreach ($Frame in @(Get-PSCallStack)) {
$ErrorMessage += " $Frame`n"
}
throw $ErrorMessage
}
}
}
function Invoke-IsolatingEnvVars([scriptblock]$Block) {
if ($ToBatch) {
Write-Output "setlocal enableextensions enabledelayedexpansion"
}
$OldVars = @{}
foreach ($Var in (Get-ChildItem env:*).GetEnumerator()) {
$OldVars.Add($Var.Key, $Var.Value)
}
try {
& $Block
} finally {
Remove-Item env:*
foreach ($Var in $OldVars.GetEnumerator()) {
New-Item -Path "env:\$($Var.Key)" -Value $Var.Value -ErrorAction Ignore | Out-Null
}
if ($ToBatch) {
Write-Output "endlocal"
}
}
}
function Invoke-VsDevShell([Hashtable] $Platform) {
if (($Platform.OS -ne [OS]::Windows) -or ($BuildPlatform.OS -ne [OS]::Windows)) {
Write-Warning "Invoke-VsDevShell called on non-Windows platform."
return
}
$DevCmdArguments = "-no_logo -host_arch=$($BuildPlatform.Architecture.VSName) -arch=$($Platform.Architecture.VSName)"
if ($CustomWinSDKRoot) {
$DevCmdArguments += " -winsdk=none"
} elseif ($WinSDKVersion) {
$DevCmdArguments += " -winsdk=$WinSDKVersion"
}
if ($ToBatch) {
Write-Output "call `"$VSInstallRoot\Common7\Tools\VsDevCmd.bat`" $DevCmdArguments"
} else {
# This dll path is valid for VS2019 and VS2022, but it was under a vsdevcmd subfolder in VS2017
Import-Module "$VSInstallRoot\Common7\Tools\Microsoft.VisualStudio.DevShell.dll"
Enter-VsDevShell -VsInstallPath $VSInstallRoot -SkipAutomaticLocation -DevCmdArguments $DevCmdArguments
if ($CustomWinSDKRoot) {
# Using a non-installed Windows SDK. Setup environment variables manually.
$WinSDKVerIncludeRoot = "$CustomWinSDKRoot\include\$WinSDKVersion"
$WinSDKIncludePath = "$WinSDKVerIncludeRoot\ucrt;$WinSDKVerIncludeRoot\um;$WinSDKVerIncludeRoot\shared;$WinSDKVerIncludeRoot\winrt;$WinSDKVerIncludeRoot\cppwinrt"
$WinSDKVerLibRoot = "$CustomWinSDKRoot\lib\$WinSDKVersion"
$env:WindowsLibPath = "$CustomWinSDKRoot\UnionMetadata\$WinSDKVersion;$CustomWinSDKRoot\References\$WinSDKVersion"
$env:WindowsSdkBinPath = "$CustomWinSDKRoot\bin"
$env:WindowsSDKLibVersion = "$WinSDKVersion\"
$env:WindowsSdkVerBinPath = "$CustomWinSDKRoot\bin\$WinSDKVersion"
$env:WindowsSDKVersion = "$WinSDKVersion\"
$env:EXTERNAL_INCLUDE += ";$WinSDKIncludePath"
$env:INCLUDE += ";$WinSDKIncludePath"
$env:LIB += ";$WinSDKVerLibRoot\ucrt\$($Platform.Architecture.ShortName);$WinSDKVerLibRoot\um\$($Platform.Architecture.ShortName)"
$env:LIBPATH += ";$env:WindowsLibPath"
$env:PATH += ";$env:WindowsSdkVerBinPath\$($Platform.Architecture.ShortName);$env:WindowsSdkBinPath\$($Platform.Architecture.ShortName)"
$env:UCRTVersion = $WinSDKVersion
$env:UniversalCRTSdkDir = $CustomWinSDKRoot
}
}
}
function Get-Dependencies {
Write-Host "[$([DateTime]::Now.ToString("yyyy-MM-dd HH:mm:ss"))] Fetch-Dependencies ..." -ForegroundColor Cyan
$ProgressPreference = "SilentlyContinue"
$WebClient = New-Object Net.WebClient
function DownloadAndVerify($URL, $Destination, $Hash) {
if (Test-Path $Destination) {
return
}
Write-Output "$Destination not found. Downloading ..."
if ($ToBatch) {
Write-Output "md `"$(Split-Path -Path $Destination -Parent)`""
Write-Output "curl.exe -sL $URL -o $Destination"
Write-Output "(certutil -HashFile $Destination SHA256) == $Hash || (exit /b)"
} else {
New-Item -ItemType Directory (Split-Path -Path $Destination -Parent) -ErrorAction Ignore | Out-Null
$WebClient.DownloadFile($URL, $Destination)
$SHA256 = Get-FileHash -Path $Destination -Algorithm SHA256
if ($SHA256.Hash -ne $Hash) {
throw "SHA256 mismatch ($($SHA256.Hash) vs $Hash)"
}
}
}
function Expand-ZipFile {
param
(
[string]$ZipFileName,
[string]$BinaryCache,
[string]$ExtractPath,
[bool]$CreateExtractPath = $true
)
$source = Join-Path -Path $BinaryCache -ChildPath $ZipFileName
$destination = Join-Path -Path $BinaryCache -ChildPath $ExtractPath
# Check if the extracted directory already exists and is up to date.
if (Test-Path $destination) {
$zipLastWriteTime = (Get-Item $source).LastWriteTime
$extractedLastWriteTime = (Get-Item $destination).LastWriteTime
# Compare the last write times
if ($zipLastWriteTime -le $extractedLastWriteTime) {
Write-Output "'$ZipFileName' is already extracted and up to date."
return
}
}
$destination = if ($CreateExtractPath) { $destination } else { $BinaryCache }
Write-Output "Extracting '$ZipFileName' ..."
New-Item -ItemType Directory -ErrorAction Ignore -Path $BinaryCache | Out-Null
Expand-Archive -Path $source -DestinationPath $destination -Force
}
function Export-Toolchain {
param
(
[string]$InstallerExeName,
[string]$BinaryCache,
[string]$ToolchainName
)
$source = Join-Path -Path $BinaryCache -ChildPath $InstallerExeName
$destination = Join-Path -Path $BinaryCache -ChildPath toolchains\$ToolchainName
# Check if the extracted directory already exists and is up to date.
if (Test-Path $destination) {
$installerWriteTime = (Get-Item $source).LastWriteTime
$extractedWriteTime = (Get-Item $destination).LastWriteTime
if ($installerWriteTime -le $extractedWriteTime) {
Write-Output "'$InstallerExeName' is already extracted and up to date."
return
}
}
Write-Output "Extracting '$InstallerExeName' ..."
# The new runtime MSI is built to expand files into the immediate directory. So, setup the installation location.
New-Item -ItemType Directory -ErrorAction Ignore $BinaryCache\toolchains\$PinnedToolchain\LocalApp\Programs\Swift\Runtimes\$(Get-PinnedToolchainVersion)\usr\bin | Out-Null
Invoke-Program "$($WiX.Path)\wix.exe" -- burn extract $BinaryCache\$InstallerExeName -out $BinaryCache\toolchains\ -outba $BinaryCache\toolchains\
Get-ChildItem "$BinaryCache\toolchains\WixAttachedContainer" -Filter "*.msi" | ForEach-Object {
$LogFile = [System.IO.Path]::ChangeExtension($_.Name, "log")
$TARGETDIR = if ($_.Name -eq "rtl.msi") { "$BinaryCache\toolchains\$ToolchainName\LocalApp\Programs\Swift\Runtimes\$(Get-PinnedToolchainVersion)\usr\bin" } else { "$BinaryCache\toolchains\$ToolchainName" }
Invoke-Program -OutNull msiexec.exe /lvx! $BinaryCache\toolchains\$LogFile /qn /a $BinaryCache\toolchains\WixAttachedContainer\$($_.Name) ALLUSERS=0 TARGETDIR=$TARGETDIR
}
}
if ($SkipBuild -and $SkipPackaging) { return }
$Stopwatch = [Diagnostics.Stopwatch]::StartNew()
if ($ToBatch) {
Write-Host -ForegroundColor Cyan "[$([DateTime]::Now.ToString("yyyy-MM-dd HH:mm:ss"))] Get-Dependencies..."
}
DownloadAndVerify $WiX.URL "$BinaryCache\WiX-$($WiX.Version).zip" $WiX.SHA256
Expand-ZipFile WiX-$($WiX.Version).zip $BinaryCache WiX-$($WiX.Version)
if ($SkipBuild) { return }
DownloadAndVerify $PinnedBuild "$BinaryCache\$PinnedToolchain.exe" $PinnedSHA256
if ($Test -contains "lldb") {
# The make tool isn't part of MSYS
$GnuWin32MakeURL = "https://downloads.sourceforge.net/project/ezwinports/make-4.4.1-without-guile-w32-bin.zip"
$GnuWin32MakeHash = "fb66a02b530f7466f6222ce53c0b602c5288e601547a034e4156a512dd895ee7"
DownloadAndVerify $GnuWin32MakeURL "$BinaryCache\GnuWin32Make-4.4.1.zip" $GnuWin32MakeHash
Expand-ZipFile GnuWin32Make-4.4.1.zip $BinaryCache GnuWin32Make-4.4.1
}
# TODO(compnerd) stamp/validate that we need to re-extract
New-Item -ItemType Directory -ErrorAction Ignore $BinaryCache\toolchains | Out-Null
Export-Toolchain "$PinnedToolchain.exe" $BinaryCache $PinnedToolchain
function Get-KnownPython([string] $ArchName) {
if (-not $KnownPythons.ContainsKey($PythonVersion)) {
throw "Unknown python version: $PythonVersion"
}
return $KnownPythons[$PythonVersion].$ArchName
}
function Install-Python([string] $ArchName) {
$Python = Get-KnownPython $ArchName
DownloadAndVerify $Python.URL "$BinaryCache\Python$ArchName-$PythonVersion.zip" $Python.SHA256
if (-not $ToBatch) {
Expand-ZipFile Python$ArchName-$PythonVersion.zip "$BinaryCache" Python$ArchName-$PythonVersion
}
}
function Install-PIPIfNeeded() {