AzStackHci.DiagnosticSettings

0.6.8

Private/AzStackHci.Network.Helpers.ps1

                                # ////////////////////////////////////////////////////////////////////////////

# Strict Mode v1 (PS 5.1 safe) - surfaces reads of uninitialised variables at runtime.

Set-StrictMode -Version 1.0

# Test if proxy is enabled and return boolean

function Get-Proxy

{

    <#

    .SYNOPSIS

        Check if proxy is enabled and return boolean and proxy server uri

    #>

    begin {

        # Write-Debug "Get-Proxy: Beginning proxy detection process"

    }

    process {

        $line1, $line2, $line3, $JsonLines = netsh winhttp show advproxy

        $ProxyInformation = $JsonLines | ConvertFrom-Json -ErrorAction SilentlyContinue

        # Return True/False and the Proxy server uri as a PSObject

        $ProxyReturnVariable = New-Object PsObject -Property @{

            # True/False

            Enabled = [bool]$ProxyInformation.Proxy

            # Proxy server URI

            Server = $ProxyInformation.Proxy

            # Arc Gateway scenario can carry distinct HTTP and HTTPS proxies in a single

            # 'http=customerproxy:8080;https=localhost:40343' string. These are parsed out

            # below (null when a single, un-prefixed proxy is configured — Server holds it).

            HttpProxy = $null

            HttpsProxy = $null

            # Proxy bypass configuration (v0.6.8). Two independent sources are captured so the

            # RFC1918 / Private-Link classification can VERIFY whether a private-endpoint FQDN is

            # correctly excluded from the forward proxy (rather than merely advising it):

            #   ProxyBypass - the WinHTTP 'Bypass List' (comma-separated, '*' wildcard). Read from

            #                 the TEXT `netsh winhttp show proxy` output below; the advproxy JSON

            #                 parsed above does not expose the bypass entries.

            #   NoProxyEnv  - the machine NO_PROXY environment variable (comma-separated; entries

            #                 may be CIDR ranges, '.'-prefixed domain suffixes, hostnames or IPs).

            #                 Since Azure Local 2506 this is configured automatically at Arc

            #                 registration, so it is the authoritative bypass fallback.

            ProxyBypass = @()

            NoProxyEnv  = @()

        }

        # Initialised here so the later `if($ProxyStrings)` read is safe under Set-StrictMode v1.0

        # even when the proxy server string contains no ';' (no semicolon -> never assigned below).

        $ProxyStrings = $null

        # ------------------------------------------------------------------------

        # Capture the WinHTTP 'Bypass List' (v0.6.8) from the human-readable

        # `netsh winhttp show proxy` output. It prints a 'Bypass List : a,b,c' line

        # when a static WinHTTP proxy is configured. Best-effort: never throws.

        try {

            $winHttpProxyText = netsh winhttp show proxy 2>$null

            if ($winHttpProxyText) {

                $bypassLine = $winHttpProxyText | Where-Object { $_ -match '(?i)Bypass\s*List' } | Select-Object -First 1

                if ($bypassLine) {

                    $bypassRaw = ($bypassLine -split ':', 2)[1]

                    if (-not [string]::IsNullOrWhiteSpace($bypassRaw)) {

                        $ProxyReturnVariable.ProxyBypass = @(

                            $bypassRaw -split ',' |

                                ForEach-Object { $_.Trim() } |

                                Where-Object { $_ -and $_ -ne '(none)' }

                        )

                    }

                }

            }

        } catch {

            Write-Debug "Get-Proxy: failed to read WinHTTP bypass list: $($_.Exception.Message)"

        }

        # Capture the NO_PROXY environment variable (machine scope first, then the

        # current process scope as a fallback). Best-effort: never throws.

        try {

            $noProxyRaw = [Environment]::GetEnvironmentVariable('NO_PROXY', 'Machine')

            if ([string]::IsNullOrWhiteSpace($noProxyRaw)) {

                $noProxyRaw = $env:NO_PROXY

            }

            if (-not [string]::IsNullOrWhiteSpace($noProxyRaw)) {

                $ProxyReturnVariable.NoProxyEnv = @(

                    $noProxyRaw -split ',' |

                        ForEach-Object { $_.Trim() } |

                        Where-Object { $_ }

                )

            }

        } catch {

            Write-Debug "Get-Proxy: failed to read NO_PROXY environment variable: $($_.Exception.Message)"

        }

        # Check if the Proxy is enabled and if the proxy server is set

        if($ProxyReturnVariable.Enabled) {

            if(-not($ProxyReturnVariable.Server)){

                # In case the proxy server is not set from netsh winhttp show advproxy output

                $proxyUri = [Uri]$null

                $ProxyTest = [System.Net.WebRequest]::GetSystemWebProxy()

                $ProxyTest.Credentials = [System.Net.CredentialCache]::DefaultCredentials

                # use a known URL to test the proxy server, but http, in case of Arc Gateway, to prevent "localhost" from being returned

                # This is a known URL that should be accessible from any network

                $TestUrl = [System.Uri]::new("http://oneocsp.microsoft.com")

                # Test the proxy server using a known URL

                $proxyUri = $ProxyTest.GetProxy($TestUrl)

                if($proxyUri -eq $TestUrl) {

                    # Proxy is not required, so do not use it

                    $ProxyReturnVariable.Enabled = $false

                    Write-HostAzS "`t`nNo proxy server detected, using direct connection...`n" -ForegroundColor Green

                } else {

                    # Proxy is required, so use it

                    $ProxyReturnVariable.Server = $proxyUri

                }

            }

            # Check if the proxy server string has a semi-colon which can be used for Arc Gateway

            if(-not [string]::IsNullOrWhiteSpace($ProxyReturnVariable.Server) -and $ProxyReturnVariable.Server -match ";"){

                # In case the proxy server is set from netsh winhttp show advproxy output

                [array]$ProxyStrings = $ProxyReturnVariable.Server.ToString().Split(";")

            }

            if($ProxyStrings){

                # Check if the proxy server string has a semi-colon which can be used for Arc Gateway

                # Multiple proxy servers detected

                Write-HostAzS "`n`tArc Gateway scenario detected (possible), as multiple proxy servers detected ('netsh winhttp show advproxy')..."

                ForEach($ProxyServer in $ProxyStrings){

                    # Trim the proxy server string

                    $ProxyServer = $ProxyServer.Trim()

                    if($ProxyServer -like "http=*"){

                        # HTTP proxy server (should be customer proxy server)

                        # Check if the proxy server is set from netsh winhttp show advproxy output

                        $ProxyReturnVariable.HttpProxy = $ProxyServer.Substring(5)

                        Write-HostAzS "`tHTTP Proxy server detected, using proxy: $($ProxyServer)" -ForegroundColor Green    

                    } elseif($ProxyServer -like "https=*"){

                        # HTTPS proxy server (might be Arc Gateway Agent, "localhost")

                        # Check if the proxy server is set from netsh winhttp show advproxy output

                        $ProxyReturnVariable.HttpsProxy = $ProxyServer.Substring(6)

                        Write-HostAzS "`tHTTPS Proxy server detected, using proxy: $($ProxyServer)" -ForegroundColor Green    

                    } else {

                        # Other proxy server detected

                        # Check if the proxy server is set from netsh winhttp show advproxy output

                        Write-HostAzS "`tProxy server detected, using proxy: $($ProxyServer)" -ForegroundColor Green    

                    }

                } # End ForEach

                Write-HostAzS ""

            } else {

                # Single proxy detected

                # A single proxy can still carry an 'http=' / 'https=' prefix (no semicolon);

                # parse it so HttpProxy / HttpsProxy are populated for consumers in that case too.

                $singleProxy = $ProxyReturnVariable.Server.ToString().Trim()

                if($singleProxy -like "http=*"){

                    $ProxyReturnVariable.HttpProxy = $singleProxy.Substring(5)

                } elseif($singleProxy -like "https=*"){

                    $ProxyReturnVariable.HttpsProxy = $singleProxy.Substring(6)

                }

                Write-HostAzS "`t`nProxy server detected, using proxy: $($ProxyReturnVariable.Server)`n" -ForegroundColor Green

            }

        } else {

            # Proxy is NOT enabled

            # No proxy server detected, so use direct connection

            Write-HostAzS "`t`nNo proxy server detected, using direct connection...`n" -ForegroundColor Green

        }

    } # End of process block

    end {

        # Write-Debug "Get-Proxy: Proxy detection process completed"

        # Return the ProxyReturnVariable object

        Return $ProxyReturnVariable

    }

} # End Function Get-Proxy

# ////////////////////////////////////////////////////////////////////////////

# Determine whether an IPv4 address falls inside a CIDR range (v0.6.8).

# IPv4-only — the Azure Local NO_PROXY bypass CIDRs (10.0.0.0/8, 172.16.0.0/12,

# 192.168.0.0/16, infra subnets) are all IPv4. Best-effort: never throws.

function Test-IpInCidr

{

    <#

    .SYNOPSIS

        Return $true if the given IPv4 address is contained within the given CIDR range.

    #>

    [CmdletBinding()]

    param(

        [Parameter(Mandatory = $true)][string]$IpAddress,

        [Parameter(Mandatory = $true)][string]$Cidr

    )

    try {

        $parts = $Cidr -split '/'

        if ($parts.Count -ne 2) { return $false }

        $network = [System.Net.IPAddress]::Parse($parts[0].Trim())

        $prefix  = [int]$parts[1].Trim()

        if ($prefix -lt 0 -or $prefix -gt 32) { return $false }

        $ip = [System.Net.IPAddress]::Parse($IpAddress.Trim())

        $ipBytes  = $ip.GetAddressBytes()

        $netBytes = $network.GetAddressBytes()

        # IPv4 only (4 bytes). Reverse for little-endian BitConverter on both.

        if ($ipBytes.Length -ne 4 -or $netBytes.Length -ne 4) { return $false }

        [array]::Reverse($ipBytes)

        [array]::Reverse($netBytes)

        $ipInt  = [uint64][System.BitConverter]::ToUInt32($ipBytes, 0)

        $netInt = [uint64][System.BitConverter]::ToUInt32($netBytes, 0)

        # /0 matches everything. Otherwise compare only the top $prefix (network) bits by

        # right-shifting away the (32 - prefix) host bits on both operands. Using -shr avoids

        # the unreliable uint64 -shl mask construction in Windows PowerShell.

        if ($prefix -eq 0) { return $true }

        $hostBits = 32 - $prefix

        return (($ipInt -shr $hostBits) -eq ($netInt -shr $hostBits))

    } catch {

        return $false

    }

} # End Function Test-IpInCidr

# ////////////////////////////////////////////////////////////////////////////

# Verify whether an endpoint (FQDN + its resolved IP) is excluded from the forward

# proxy via either the WinHTTP bypass list or the NO_PROXY environment variable (v0.6.8).

#

# Private-endpoint traffic (RFC1918 addresses) MUST bypass the proxy and route over

# ExpressRoute / Site-to-Site VPN. This helper turns the module's previous *advisory*

# ("ensure this FQDN is on the bypass list") into a *verified* check, honouring the two

# different bypass syntaxes documented for Azure Local:

#   * WinHTTP / WinInet : '*' wildcard  (e.g. '*.blob.core.windows.net', '192.168.1.*')

#   * NO_PROXY env var  : '.'-prefix / bare-suffix domains and CIDR ranges

#                         (e.g. '.contoso.com', '10.0.0.0/8')

# Matching is case-insensitive. Returns a result object; never throws.

function Test-EndpointBypassed

{

    <#

    .SYNOPSIS

        Return a result object indicating whether an FQDN/IP is on a proxy bypass source.

    .OUTPUTS

        [pscustomobject] @{ Bypassed = [bool]; Source = 'WinHTTP'|'NO_PROXY'|''; MatchedRule = [string] }

    #>

    [CmdletBinding()]

    param(

        [Parameter(Mandatory = $true)][string]$Fqdn,

        [Parameter()][string]$IpAddress,

        [Parameter()][string[]]$WinHttpBypass = @(),

        [Parameter()][string[]]$NoProxyEnv = @()

    )

    $result = [pscustomobject]@{ Bypassed = $false; Source = ''; MatchedRule = '' }

    if ([string]::IsNullOrWhiteSpace($Fqdn)) { return $result }

    $normalizedFqdn = $Fqdn.Trim().ToLower().TrimEnd('.')

    # --- WinHTTP / WinInet bypass entries ('*' wildcard) ---

    foreach ($entry in $WinHttpBypass) {

        if ([string]::IsNullOrWhiteSpace($entry)) { continue }

        $e = $entry.Trim().ToLower()

        # Escape everything, then turn the escaped '*' back into '.*' for a full-string match.

        $pattern = '^' + ([regex]::Escape($e) -replace '\\\*', '.*') + '$'

        if ($normalizedFqdn -match $pattern) {

            $result.Bypassed = $true; $result.Source = 'WinHTTP'; $result.MatchedRule = $entry

            return $result

        }

        if ($IpAddress -and ($IpAddress -match $pattern)) {

            $result.Bypassed = $true; $result.Source = 'WinHTTP'; $result.MatchedRule = $entry

            return $result

        }

    }

    # --- NO_PROXY env entries ('.'-prefix / bare suffix + CIDR) ---

    foreach ($entry in $NoProxyEnv) {

        if ([string]::IsNullOrWhiteSpace($entry)) { continue }

        $e = $entry.Trim().ToLower()

        if ($e -match '^\d{1,3}(\.\d{1,3}){3}/\d{1,2}$') {

            # CIDR range — match against the resolved IP (NO_PROXY uses CIDR, not wildcards).

            if ($IpAddress -and (Test-IpInCidr -IpAddress $IpAddress -Cidr $e)) {

                $result.Bypassed = $true; $result.Source = 'NO_PROXY'; $result.MatchedRule = $entry

                return $result

            }

            continue

        }

        # A leading '.' means "this domain and any subdomain"; a bare domain is treated the

        # same way (suffix match) plus an exact-host match.

        $suffix = $e.TrimStart('.')

        if ($normalizedFqdn -eq $suffix -or $normalizedFqdn.EndsWith('.' + $suffix)) {

            $result.Bypassed = $true; $result.Source = 'NO_PROXY'; $result.MatchedRule = $entry

            return $result

        }

        if ($IpAddress -and ($IpAddress -eq $e)) {

            $result.Bypassed = $true; $result.Source = 'NO_PROXY'; $result.MatchedRule = $entry

            return $result

        }

    }

    return $result

} # End Function Test-EndpointBypassed

# ////////////////////////////////////////////////////////////////////////////

# This function retrieves the SSL certificate chain from a remote HTTPS endpoint

# It uses the System.Net.Http.HttpClient class to make the request and capture the certificate chain.

#

# Renamed from Get-SslCertificateChain in v0.6.6 to avoid a name collision with the

# AzStackHci.EnvironmentChecker module (10.2509+), which exports a function with the

# same name but a different parameter set. Because Get-AzStackHciEnvironmentCheckerModule

# Import-Module's that module from inside our module's session state, EnvironmentChecker's

# exported Get-SslCertificateChain shadowed our private helper, breaking certificate-detail

# capture for every HTTPS endpoint with: "A parameter cannot be found that matches

# parameter name 'AllowAutoRedirect'". Renaming the private helper resolves the conflict

# permanently.

function Get-AzSHciSslCertificateChain

{

    <#

    .SYNOPSIS

        Retrieve remote ssl certificate & chain from https endpoint for Desktop and Core

    .NOTES

        Credit: https://github.com/markekraus

    #>

    [CmdletBinding()]

    param (

        [system.uri]

        $url,

        [Parameter()]

        [bool]

        $AllowAutoRedirect,

        [Parameter()]

        [string]

        $Proxy

    )

    begin {

        # Write-Debug "Get-AzSHciSslCertificateChain: Beginning SSL certificate chain retrieval for '$url'"

    }

    process {

    try

    {

        $cs = @'

    using System;

    using System.Collections.Generic;

    using System.Net.Http;

    using System.Net.Security;

    using System.Security.Cryptography.X509Certificates;

    namespace CertificateCapture

    {

        public class Utility

        {

            public static Func<HttpRequestMessage,X509Certificate2,X509Chain,SslPolicyErrors,Boolean> ValidationCallback =

                (message, cert, chain, errors) => {

                    CapturedCertificates.Clear();

                    var newCert = new X509Certificate2(cert);

                    var newChain = new X509Chain();

                    newChain.Build(newCert);

                    CapturedCertificates.Add(new CapturedCertificate(){

                        Certificate =  newCert,

                        CertificateChain = newChain,

                        PolicyErrors = errors,

                        URI = message.RequestUri

                    });

                    return true;

                };

            public static List<CapturedCertificate> CapturedCertificates = new List<CapturedCertificate>();

        }

        public class CapturedCertificate

        {

            public X509Certificate2 Certificate { get; set; }

            public X509Chain CertificateChain { get; set; }

            public SslPolicyErrors PolicyErrors { get; set; }

            public Uri URI { get; set; }

        }

    }

'@

        try

        {

            if (-not ('CertificateCapture.Utility' -as [type]))

            {

                if ($PSEdition -ne 'Core')

                {

                    Add-Type -AssemblyName System.Net.Http

                    Add-Type $cs -ReferencedAssemblies System.Net.Http

                }

                else

                {

                    Add-Type $cs

                }

            }

        }

        catch

        {

            if ($_.Exception.Message -notmatch 'Definition of new types is not supported in this language mode')

            {

                throw "Language mode does not allow this test Error: $_"

            }

        }

        # Reset variables, in case cached.

        Remove-Variable Certs, Handler, Client, Request -ErrorAction SilentlyContinue

        # Create a new list to hold captured certificates.

        $Certs = [CertificateCapture.Utility]::CapturedCertificates

        # Clear any previously captured certificates.

        $Certs.Clear()

        # Create the HttpClientHandler.

        $Handler = [System.Net.Http.HttpClientHandler]::new()

        # This is important to capture the certificate chain of the first endpoint, not redirected endpoints.

        if($AllowAutoRedirect -eq $false)

        {

            # Set the handler to not allow auto redirects

            # https://learn.microsoft.com/en-us/dotnet/api/system.net.http.httpclienthandler.allowautoredirect

            $Handler.AllowAutoRedirect = $false

        }

        if ($Proxy)

        {

            $Handler.Proxy = New-Object System.Net.WebProxy($proxy)

        }

        # Set the ServerCertificateCustomValidationCallback to our custom callback.

        $Handler.ServerCertificateCustomValidationCallback = [CertificateCapture.Utility]::ValidationCallback

        # Create the HttpClient with the handler

        $Client = [System.Net.Http.HttpClient]::new($Handler)

        # Set a timeout to 15 seconds (reduced from 60s to limit impact of unresponsive backend pool servers):

        $Client.Timeout = [timespan]::FromTicks($script:CERT_CAPTURE_TIMEOUT_TICKS)

        try {

            # Setup the request to the URL.

            $Request = $Client.GetAsync($url)

            # Wait for the request to complete calling the Result method.

            $Null = $Request.Result

            # Check if the request is completed and that certificates were captured.

            if(($Request.IsCompleted) -and $Certs){

                # Return the captured certificate chain

                Write-Debug "Successfully obtained SSL certificate chain from endpoint: '$url'"

                return $Certs.CertificateChain

            } else {

                # Return null if no certificates were captured.

                Write-Debug "Failed to obtain SSL certificate chain from endpoint: '$url'"

                return $null

            }

        }

        finally {

            # Dispose IDisposable resources to prevent socket/handle leaks

            if ($Request) { $Request.Dispose() }

            if ($Client)  { $Client.Dispose() }

            if ($Handler) { $Handler.Dispose() }

        }

    }

    catch

    {

        throw $_

    }

    } # End of process block

    end {

        # Write-Debug "Get-AzSHciSslCertificateChain: SSL certificate chain retrieval completed"

    }

} # End Function Get-AzSHciSslCertificateChain

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