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|
name: Install MinGW
description: Install MinGW-w64
inputs:
platform:
description: Target platform
required: false
default: x64
cc:
description: Set up cc/c++ executables
required: false
default: 1
version:
description: Specify mingw version; will fall back to package manager default if not supplied
required: false
default: ''
outputs:
prefix:
description: Cross-compilation toolchain prefix
value: '${{ steps.setup.outputs.prefix }}'
gcc:
description: gcc binary name
value: '${{ steps.setup.outputs.gcc }}'
gxx:
description: g++ binary name
value: '${{ steps.setup.outputs.gxx }}'
windres:
description: windres binary name
value: '${{ steps.setup.outputs.windres }}'
runs:
using: composite
steps:
- id: setup
run: |
New-Variable os -Value '${{ runner.os }}' -Option Constant
New-Variable mingw_version -Value '${{ inputs.version }}' -Option Constant
New-Variable mingw_version_supplied -Value ('${{ inputs.version }}' -ne '') -Option Constant
New-Variable linux_host -Value ($os -eq 'Linux') -Option Constant
New-Variable windows_host -Value ($os -eq 'Windows') -Option Constant
New-Variable x64 -Value ('${{ inputs.platform }}' -eq 'x64') -Option Constant
$prefix32 = 'i686-w64-mingw32'
$prefix64 = 'x86_64-w64-mingw32'
$prefix = if ($x64) { $prefix64 } else { $prefix32 }
function Locate-Choco {
$path = Get-Command 'choco' -ErrorAction SilentlyContinue
if ($path) {
$path.Path
} else {
Join-Path ${env:ProgramData} 'chocolatey' 'bin' 'choco'
}
}
function Install-Package {
param(
[Parameter(Mandatory=$true, ValueFromRemainingArguments=$true)]
[string[]] $Packages
)
if ($script:linux_host) {
sudo apt-get update
sudo DEBIAN_FRONTEND=noninteractive apt-get install -yq --no-install-recommends $Packages
} elseif ($script:windows_host) {
$choco = Locate-Choco
& $choco upgrade $Packages -y --no-progress --allow-downgrade
} else {
throw "Sorry, installing packages is unsupported on $script:os"
}
}
function Remove-Package {
param(
[Parameter(Mandatory=$true, ValueFromRemainingArguments=$true)]
[string[]] $Packages
)
if ($script:linux_host) {
sudo apt-get autoremove --purge -yq $Packages
} elseif ($script:windows_host) {
$choco = Locate-Choco
& $choco uninstall $Packages -y --no-progress
} else {
throw "Sorry, removing packages is unsupported on $script:os"
}
}
if ($linux_host) {
if ($mingw_version_supplied) {
Install-Package mingw-w64=$mingw_version
} else {
Install-Package mingw-w64
}
# Make the compilers use the POSIX threading model, whatever that
# is. Without it, the stuff from <mutex>/<thread>/etc. doesn't
# compile. Of course, it makes the binaries depend on
# libwinpthread-1.dll, but what you gonna do?
sudo update-alternatives --set "$prefix32-gcc" "/usr/bin/$prefix32-gcc-posix"
sudo update-alternatives --set "$prefix32-g++" "/usr/bin/$prefix32-g++-posix"
sudo update-alternatives --set "$prefix64-gcc" "/usr/bin/$prefix64-gcc-posix"
sudo update-alternatives --set "$prefix64-g++" "/usr/bin/$prefix64-g++-posix"
} elseif ($windows_host) {
$choco = Locate-Choco
$mingw32 = 'mingw32'
$mingw64 = 'mingw64'
$mingw = if ($x64) { $mingw64 } else { $mingw32 }
$pkg = 'mingw'
if ($x64) {
# If the 32-bit version is installed, we won't detect that.
# But it's not that important, and we save a lot of time.
if ($mingw_version_supplied) {
Install-Package $pkg --version $mingw_version
} else {
Install-Package $pkg
}
} else {
# Assuming the 64-bit version is installed.
Remove-Package $pkg
if ($mingw_version_supplied) {
Install-Package $pkg --version $mingw_version --x86
} else {
Install-Package $pkg --x86
}
}
$mingw_install_new = Join-Path C: ProgramData mingw64 $mingw
$mingw_install_old = Join-Path C: ProgramData chocolatey lib mingw tools install
if (Test-Path $mingw_install_new) {
$mingw_install = $mingw_install_new
} elseif (Test-Path $mingw_install_old) {
$mingw_install = Join-Path $mingw_install_old $mingw
} else {
throw "Where was MinGW installed? Not sure"
}
$mingw_bin = Join-Path $mingw_install bin
echo $mingw_bin >> $env:GITHUB_PATH
} else {
throw "Sorry, installing MinGW is unsupported on $os"
}
$gcc = $prefix + '-gcc'
$gxx = $prefix + '-g++'
$windres = $prefix = '-windres'
echo "prefix=$prefix" >> $env:GITHUB_OUTPUT
echo "gcc=$gcc" >> $env:GITHUB_OUTPUT
echo "gxx=$gxx" >> $env:GITHUB_OUTPUT
echo "windres=$windres" >> $env:GITHUB_OUTPUT
shell: pwsh
- run: |
New-Variable os -Value '${{ runner.os }}' -Option Constant
New-Variable linux_host -Value ($os -eq 'Linux') -Option Constant
New-Variable windows_host -Value ($os -eq 'Windows') -Option Constant
New-Variable cc -Value ('${{ inputs.cc }}' -eq '1') -Option Constant
function Link-Exe {
param(
[Parameter(Mandatory=$true)]
[string] $Exe,
[Parameter(Mandatory=$true)]
[string] $LinkName
)
$exe_path = (Get-Command $Exe).Path
$link_dir = if ($script:windows_host) { Split-Path $exe_path } else { '/usr/local/bin' }
$link_name = if ($script:windows_host) { "$LinkName.exe" } else { $LinkName }
$link_path = Join-Path $link_dir $link_name
echo "Creating link $link_path -> $exe_path"
if ($script:linux_host) {
sudo ln -f -s $exe_path $link_path
} elseif ($script:windows_host) {
New-Item -ItemType HardLink -Path $link_path -Value $exe_path -Force | Out-Null
}
}
if ($cc) {
Link-Exe '${{ steps.setup.outputs.gcc }}' cc
Link-Exe '${{ steps.setup.outputs.gxx }}' c++
}
shell: pwsh
branding:
icon: star
color: green
|
