src/TLS.ps1
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using namespace System.Security.Cryptography.X509Certificates using module .\CertificateAuthority <# .DESCRIPTION Creates a new root certificate authority (CA) if it doesn't exist. #> function New-RootCA() { [CmdletBinding()] param() if ([RootCertificateAuthority]::Exists()) { Write-Warning 'Root CA already exists (skipping)' return } $rootCa = [RootCertificateAuthority]::new() $rootCa.Create() } <# .DESCRIPTION Creates a new subordinate certificate authority (CA) from the root CA, if one with the given name doesn't exist. .PARAMETER Name The name of the new subordinate CA. It will be used as a reference in other command like New-Certificate. .PARAMETER PermittedDNS A list of DNS names that the subordinate CA is permitted to issue. They will be added to the X.509v3 name constraints extension. #> function New-SubordinateCA() { [CmdletBinding()] param( [Parameter(Mandatory)] [string]$Name, [string[]]$PermittedDNS ) if (-not [RootCertificateAuthority]::Exists()) { throw 'Subordinate CA cannot be created without a root CA' } if ([SubordinateCertificateAuthority]::Exists($Name)) { Write-Warning "Subordinate CA with name '$Name' already exists (skipping)" return } $subCa = [SubordinateCertificateAuthority]::new($Name, $PermittedDNS) $subCa.Create() } <# .DESCRIPTION Returns the names of available subordinate certificate authorities (CAs). #> function Get-SubordinateCAName() { Get-ChildItem ([SubordinateCertificateAuthority]::BaseDir) -Name -ErrorAction Ignore } <# .DESCRIPTION Creates a new X.509 certificate. .PARAMETER Issuer The name of the subordinate certificate authority (CA) to issue the certificate. .PARAMETER Request The path to the certificate signing request (CSR) config file. It will be used by the openssl-req command. .PARAMETER Type The type of certificate. Valid values are 'server' and 'client'. .PARAMETER Name The name of the key (<name>.key) and certificate (<name>.crt) file. .PARAMETER Destination The directory where the key and certificate are created. #> function New-Certificate() { [CmdletBinding()] param( [Parameter(Mandatory)] [ValidateSet([SubordinateCertificateAuthorities])] [string] $Issuer, [Parameter(Mandatory)] [string] $Request, [ValidateSet('server', 'client')] [string] $Type = 'server', [string] $Name = 'tls', [string] $Destination = (Resolve-Path .) ) if (-not (Test-Path $Request)) { throw "The request config file at '$Request' does not exist!" } if (-not (Test-Path $Destination)) { New-Item $Destination -ItemType Directory 1> $null } $subCaDir = "$([SubordinateCertificateAuthority]::BaseDir)\$Issuer" try { $script = "$PSScriptRoot\CertificateAuthority\new_cert.sh" | ConvertTo-WSLPath bash "$script" --sub-ca-home (ConvertTo-WSLPath "$subCaDir") ` --request (ConvertTo-WSLPath "$Request") ` --destination (ConvertTo-WSLPath "$Destination") ` --name $Name --type $Type Get-Content -Path "$subCaDir\ca.crt" | Add-Content "$Destination\$Name.crt" } finally { Remove-Item "$Destination\$Name.csr" -ErrorAction Ignore } } <# .DESCRIPTION Removes the root CA's resources from the file system and uninstalls the root certificate from the current user's trusted root store. #> function Remove-RootCa() { [CmdletBinding(SupportsShouldProcess)] param() Uninstall-RootCA Remove-Item "$([RootCertificateAuthority]::BaseDir)\root_ca" -Recurse -Force } <# .DESCRIPTION Removes the subordinate CA's resources with the given name from the file system. #> function Remove-SubordinateCA() { [CmdletBinding(SupportsShouldProcess)] param( [Parameter(Mandatory, Position = 0)] [ValidateSet([SubordinateCertificateAuthorities])] [string]$Name ) Remove-Item "$([SubordinateCertificateAuthority]::BaseDir)\$Name" -Recurse -Force } <# .DESCRIPTION Installs the root certificate into the current user's trusted root store. #> function Install-RootCA() { $certPath = Join-Path ([RootCertificateAuthority]::BaseDir) root_ca ca.crt If (Test-Path $certPath) { Install-Certificate -Path $certPath -StoreName Root -FriendlyName 'DevOpTools Development Root CA' } } <# .DESCRIPTION Uninstalls the root certificate from the current user's trusted root store. #> function Uninstall-RootCA() { $certPath = Join-Path ([RootCertificateAuthority]::BaseDir) root_ca ca.crt if (Test-Path $certPath) { Uninstall-Certificate -Path $certPath -StoreName Root } } function Install-Certificate() { [OutputType([X509Certificate2])] param( [Parameter(Mandatory)] [string]$Path, [Parameter(Mandatory)] [string]$StoreName, [string]$FriendlyName ) $store = Open-X509Store -StoreName $StoreName -OpenFlags ([OpenFlags]::ReadWrite) try { $cert = [X509Certificate2]::new($Path) if ($FriendlyName -and $IsWindows) { $cert.FriendlyName = $FriendlyName } $store.Add($cert) } finally { $store.Close() } return $cert } function Uninstall-Certificate() { param( [Parameter(Mandatory)] [string]$Path, [Parameter(Mandatory)] [string]$StoreName ) $store = Open-X509Store -StoreName $StoreName try { $cert = [X509Certificate2]::new($Path) $store.Remove($cert) } finally { $store.Close() } } function Open-X509Store() { [OutputType([X509Store])] param( [Parameter(Mandatory)] [string]$StoreName, [StoreLocation]$StoreLocation = [StoreLocation]::CurrentUser, [OpenFlags]$OpenFlags = [OpenFlags]::MaxAllowed ) $store = [X509Store]::new($StoreName, $StoreLocation) if (-not $?) { throw "Failed to access the $StoreLocation\$StoreName certificate store!" } $store.open($OpenFlags) if (-not $?) { throw "Failed to open the $StoreLocation\$StoreName certificate store with $OpenFlags privileges!" } return $store; } |