AzStackHci.EnvironmentChecker

10.2509.0.2010

AzStackHciHostTCPMetrics/AzStackHci.HostTCPMetrics.Helpers.psm1

                                Import-LocalizedData -BindingVariable lnTxt -FileName AzStackHci.HostTCPMetrics.Strings.psd1

function Export-ICMPFullMeshJSONReport {

    param (

        [System.Management.Automation.Runspaces.PSSession[]]$PSSession,    # Array of PSSession

        [string]$OutputPath,                                                # Local path for JSON report

        [string]$NICName                                                    # Host NIC Name

    )

    # Initialize a report object to store the results

    $report = @{}

    $hostIPs = @{ }

    # Retrieve all Ethernet adapters with IPv4 addresses from each host

    foreach ($session in $PSSession) {

        $hostname = $session.ComputerName

        $hostIPs[$hostname] = @{ }

        Log-Info "Retrieving IP addresses for host: $hostname"

        $ipAddresses = @(

            Invoke-Command -Session $session -ScriptBlock {

                Get-NetIPAddress -AddressFamily IPv4 | Where-Object { $_.InterfaceAlias -match $using:NICName } | Select-Object ifIndex, InterfaceAlias, IPAddress

            }

        )

        if (-not $ipAddresses) {

            Log-Info "! No matching IP addresses found for $hostname"

            continue

        }

        # Filter for specific interfaces (Ethernet 3 and Ethernet 4) after retrieval

        foreach ($ip in $ipAddresses) {

            if ($ip.InterfaceAlias -and $ip.IPAddress) {

                $hostIPs[$hostname][$ip.InterfaceAlias] = $ip.IPAddress

            }

        }

    }

    Write-Progress $lnTxt.StartICMPTesting

    # Perform the full mesh ping test in a single loop

    foreach ($sourceSession in $PSSession) {

        $sourceHost = $sourceSession.ComputerName

        $sourceIPs = $hostIPs[$sourceHost]

        $report[$sourceHost] = @()

        foreach ($targetHost in $hostIPs.Keys) {

            if ($sourceHost -ne $targetHost) {  # Avoid self-pinging

                $targetIPs = $hostIPs[$targetHost]

                Log-Info "# Ping from host $sourceHost to host: $targetHost"

                foreach ($sourceIP in $sourceIPs.GetEnumerator()) {  # Loop through all source IPs

                    $sourceInterface = $sourceIP.Key

                    $sourceIPAddress = $sourceIP.Value

                    if ($targetIPs.ContainsKey($sourceInterface)) {

                        $targetIPAddress = $targetIPs[$sourceInterface]

                        try {

                            # Run ping command remotely on the source machine

                            $pingResult = Invoke-Command -Session $sourceSession -ScriptBlock {

                                param ($targetIP, $sourceIP)

                                $pingOutput = ping $targetIP -S $sourceIP -n 3 2>&1

                                # Ensure the ping output is not empty and contains "Average"

                                $pingMatch = $pingOutput | Select-String -Pattern "Average = (\d+)ms"

                                if ($pingMatch) {

                                    return [PSCustomObject]@{

                                        value = [int]$pingMatch.Matches.Groups[1].Value

                                    }

                                } else {

                                    return [PSCustomObject]@{

                                        value = -1

                                    }

                                }

                            } -ArgumentList $targetIPAddress, $sourceIPAddress -ErrorAction Stop

                            # Store only AvgPingRTT.value

                            $report[$sourceHost] += [PSCustomObject]@{

                                SourceHost      = $sourceHost

                                SourceIP        = $sourceIPAddress

                                SourceInterface = $sourceInterface

                                TargetHost      = $targetHost

                                TargetIP        = $targetIPAddress

                                TargetInterface = $targetInterface

                                AvgPingRTT      = $pingResult.value  # Extracting only the value

                            }

                            # Logging output

                            if ($pingResult.value -ne -1) {

                                Log-Info ($lnTxt.ICMPTestSuccess -f $sourceIPAddress, $targetIPAddress, $($pingResult.value))

                            } else {

                                Log-Info ($lnTxt.ICMPTestFail -f $sourceIPAddress, $targetIPAddress) -Type Warning

                            }

                        }

                        catch {

                            Log-Info "### Error pinging $targetIPAddress from $sourceIPAddress : $_" -Type Error

                        }

                    }

                }

            }

        }

    }

    # Save report as JSON

    $jsonReportPath = Join-Path -Path $OutputPath -ChildPath "ICMP_Full_Mesh_Report.json"

    if ($report -and $report.Keys.Count -gt 0) {

        $report | ConvertTo-Json -Depth 3 | Set-Content -Path $jsonReportPath

        Log-Info "ICMP Full Mesh Test Report saved to: $jsonReportPath"

    } else {

        Log-Info ($lnTxt.FailSaveICMPJSON) -Type Error

    }

    return [string]$jsonReportPath

}

function Test-FullMeshTCP {

    param (

        [System.Management.Automation.Runspaces.PSSession[]]$PSSession,

        [int]$Port,

        [string]$localToolPath,

        [string]$OutputPath,

        [string]$NICName

    )

    if (-not $PSSession -or $PSSession.Count -eq 0) {

        throw "No PSSession(s) provided."

    }

    foreach ($Session in $PSSession) {

        if ($Session.State -ne 'Opened') {

            try {

                Connect-PSSession -Session $Session

            } catch {

                $PsSessionFail = "Failed to reconnect to $($Session.ComputerName): $($_.Exception.Message)"

                Log-Info $PsSessionFail -Type Error

                throw $PsSessionFail

            }

        }

    }

    # Output the final report in JSON format

    if (-not $OutputPath) {

        $OutputPath = Get-Location

        Log-Info "OutputPath was empty. Using current directory: $OutputPath"

    }

    # Ensure the output directory exists

    if (-not (Test-Path $OutputPath)) {

        New-Item -ItemType Directory -Path $OutputPath -Force | Out-Null

    }

    # Create Raw Log File

    $LogFilePath = Join-Path $OutputPath "FullMeshTCPTest.log"

    if (Test-Path $LogFilePath) {

        Remove-Item $LogFilePath -Force

    }

    $PingReportPath = Export-ICMPFullMeshJSONReport -PSSession $PSSession -OutputPath $OutputPath -NICName $NICName

    # Validate JSON file

    if (Test-Path -Path $PingReportPath) {

        Log-Info "Found Full mesh ping test report saved at $PingReportPath"

    } else {

        Log-Info "Missing Full mesh ping test report." -Type Error

        return

    }

    # Read the JSON file

    $pingReportContent = Get-Content -Path $PingReportPath -Raw | ConvertFrom-Json

    # Copy psping.exe to all hosts

    Copy-RemoteItem -SourcePath $localToolPath -PsSession $PSSession

    $remoteToolPath = Join-Path -Path $env:TEMP "psping.exe"

    Log-Info "remoteToolPath is $remoteToolPath"

    # Initialize report object to store results

    $report = @()

    # Accept EULA for psping on all remote machines

    foreach ($session in $PSSession) {

        Invoke-Command -Session $session -ScriptBlock {

            param ($remoteToolPath)

            & "$remoteToolPath" -accepteula

        } -ArgumentList $remoteToolPath > $null 2>&1

    }

    # Full mesh TCP test

    $latencyFlag = $true

    Write-Progress $lnTxt.StartTCPTesting

    foreach ($serverSession in $PSSession) {

        $serverHost = $serverSession.ComputerName

        $hostRecords = ($pingReportContent.PSObject.Properties | Where-Object { $_.Name -eq $serverHost }).Value

        if ($null -eq $hostRecords) {

            Log-Info "No data found for $serverHost"

            continue

        }

        $serverIPs = $hostRecords | Select-Object -ExpandProperty SourceIP -Unique

        Log-Info "Server IPs for ${serverHost}: $serverIPs"

        foreach ($serverIP in $serverIPs) {

            Write-Progress ($lnTxt.StartHostTCPServer -f $serverHost, $serverIP)

            Log-Info ($lnTxt.StartHostTCPServer -f $serverHost, $serverIP)

            Log-Info ($lnTxt.AddHostTCPFW -f $Port, $serverHost)

            $serverCmd = "$remoteToolPath -s ${serverIP}:$Port"

            Log-Info "[DEBUG] psping server command: $serverCmd"

            Invoke-Command -Session $serverSession -ScriptBlock {

                param ($remoteToolPath, $serverIP, $Port)

                $ruleName = "TmpAllowTCPPortForTesting"

                # Step 1: Add firewall rule

                try {

                    New-NetFirewallRule -DisplayName $ruleName -Direction Inbound -Protocol TCP -LocalPort $Port -Action Allow -Enabled True -ErrorAction Stop *>$null

                } catch {

                    throw "Failed to create firewall rule '$ruleName' for port ${Port}: $($_.Exception.Message)"

                }

                # Step 2: Verify the rule was created and is enabled

                $rule = Get-NetFirewallRule -DisplayName $ruleName -ErrorAction SilentlyContinue

                if (-not $rule -or $rule.Enabled -ne 'True') {

                    throw "Firewall rule '$ruleName' was not created or is not enabled."

                }

                # Step 3: Start the server tool

                Push-Location (Split-Path -Path $remoteToolPath)

                Start-Process -NoNewWindow -FilePath $remoteToolPath -ArgumentList "-s ${serverIP}:$Port -nobanner" *>$nulll

                Pop-Location

            } -ArgumentList $remoteToolPath, $serverIP, $Port

            Start-Sleep -Seconds 5

            foreach ($clientSession in $PSSession) {

                $clientHost = $clientSession.ComputerName

                if ($clientHost -ne $serverHost) {

                    # Latency Test

                    $latencyMsg1 = "## Latency Test from client $clientHost to IP $serverIP on server $serverHost"

                    Write-Progress $latencyMsg1

                    Log-Info $latencyMsg1

                    Add-Content -Path $LogFilePath -Value $latencyMsg1

                    Try {

                        # Run the latency test

                        $clientLatencyCmd = "$remoteToolPath -l 1m -n 5000 -h 5 ${serverIP}:$Port -nobanner"

                        Log-Info "[DEBUG] psping client latency command: $clientLatencyCmd"

                        $latencyOutput = Invoke-Command -Session $clientSession -ScriptBlock {

                            param ($serverAddress, $Port, $remoteToolPath)

                            Push-Location (Split-Path -Path $remoteToolPath)

                            # Run the remote tool and capture the output

                            $fullOutput = & $remoteToolPath -l 1m -n 5000 -h 5 "${serverAddress}:$Port" -nobanner

                            Pop-Location

                            # Filter the relevant latency data

                            $found = $false

                            $filteredOutput = @()

                            foreach ($line in $fullOutput) {

                                if ($line -match "TCP roundtrip latency statistics") { $found = $true }

                                if ($found) { $filteredOutput += $line }

                            }

                            if ($filteredOutput.Count -eq 0) {

                                throw $lnTxt.NetworkException

                            }

                            Write-Output $filteredOutput

                        } -ArgumentList $serverIP, $Port, $remoteToolPath -ErrorAction Stop

                        # Log and display the output

                        $latencyOutput | Out-String | Add-Content -Path $LogFilePath

                        Log-Info "## Latency test completed successfully from $clientHost to $serverIP on server $serverHost."

                    }

                    Catch {

                        # Improved error logging with detailed information

                        $errorMsg = "## Latency test failed from $clientHost to $serverIP on server $serverHost. Reason: $($_.Exception.Message)"

                        Log-Info $errorMsg -Type Warning

                    }

                    # Bandwidth Test

                    $bwMsg1 = "## Bandwidth Test from client $clientHost to IP $serverIP on server $serverHost"

                    Write-Progress $bwMsg1

                    Log-Info $bwMsg1

                    Add-Content -Path $LogFilePath -Value $bwMsg1

                    Try {

                        # Run the bandwidth test

                        $clientBandwidthCmd = "$remoteToolPath -b -l 1m -n 5000 -h 5 ${serverIP}:$Port -nobanner"

                        Log-Info "[DEBUG] psping bandwidth latency command: $clientBandwidthCmd"

                        $bandwidthOutput = Invoke-Command -Session $clientSession -ScriptBlock {

                            param ($serverAddress, $Port, $remoteToolPath)

                            Push-Location (Split-Path -Path $remoteToolPath)

                            # Execute the bandwidth test using the remote tool

                            $fullOutput = & $remoteToolPath -b -l 1m -n 5000 -h 5 "${serverAddress}:$Port" -nobanner

                            Pop-Location

                            # Process and filter the output for bandwidth statistics

                            $found = $false

                            $filteredOutput = @()

                            foreach ($line in $fullOutput) {

                                if ($line -match "TCP sender bandwidth statistics") { $found = $true }

                                if ($found) { $filteredOutput += $line }

                            }

                            # Handle missing bandwidth statistics

                            if ($filteredOutput.Count -eq 0) {

                                throw $lnTxt.NetworkException

                            }

                            Write-Output $filteredOutput

                        } -ArgumentList $serverIP, $Port, $remoteToolPath -ErrorAction Stop

                        # Log and display the output

                        $bandwidthOutput | Out-String | Add-Content -Path $LogFilePath

                        Log-Info "## Bandwidth test completed successfully from $clientHost to $serverIP on server $serverHost."

                    }

                    Catch {

                        # Enhanced error message for clear diagnosis

                        $errorMsg = "## Bandwidth test failed from $clientHost to $serverIP on server $serverHost. Reason: $($_.Exception.Message)"

                        Log-Info $errorMsg -Type Warning

                    }

                    # Reset Value

                    $LatencyMinMS = $LatencyMaxMS = $LatencyAvgMS = $null

                    $BandwidthMinGBs = $BandwidthMaxGBs = $BandwidthAvgGBs = $null

                    # Extract latency min/max/avg

                    $latencyLine = $latencyOutput | Where-Object { $_ -match "Minimum = .*Maximum = .*Average =" }

                    if ($latencyLine -match "Minimum = ([\d.]+)ms, Maximum = ([\d.]+)ms, Average = ([\d.]+)ms") {

                        $LatencyMinMs = [decimal]$matches[1]

                        $LatencyMaxMs = [decimal]$matches[2]

                        $LatencyAvgMs = [decimal]$matches[3]

                    }

                    # Validation Use Case 1: Avg Latency is greater than 1ms then warning

                    if ($null -eq $LatencyAvgMS -or $LatencyAvgMS -ge 1) {

                        $latencyFlag = $false

                        $TCPTestFailStatusMsg += "`n TCP Latency Exceeds 1ms: Host $clientHost -> Host $serverHost IP $serverIP is $LatencyAvgMs ms!"

                    }

                    # Extract bandwidth min/max/avg (GB/s only)

                    $bandwidthLine = $bandwidthOutput | Where-Object { $_ -match "Minimum = .*Maximum = .*Average =" }

                    if ($bandwidthLine -match "Minimum\s*=\s*([\d.]+)\s*GB/s,\s*Maximum\s*=\s*([\d.]+)\s*GB/s,\s*Average\s*=\s*([\d.]+)\s*GB/s") {

                        $BandwidthMinGBs = [decimal]$matches[1]

                        $BandwidthMaxGBs = [decimal]$matches[2]

                        $BandwidthAvgGBs = [decimal]$matches[3]

                    }

                    # Save simplified result with GB/s and ms units hardcoded in property names

                    $report += [PSCustomObject]@{

                        SourceHost        = $clientHost

                        TargetHost        = $serverHost

                        TargetIP          = $serverIP

                        LatencyMinMs      = $LatencyMinMs

                        LatencyMaxMs      = $LatencyMaxMs

                        LatencyAvgMs      = $LatencyAvgMs

                        BandwidthMinGBs   = $BandwidthMinGBs

                        BandwidthMaxGBs   = $BandwidthMaxGBs

                        BandwidthAvgGBs   = $BandwidthAvgGBs

                    }

                }

            }

            # Stop the TCP server

            Invoke-Command -Session $serverSession -ScriptBlock {

                Get-Process | Where-Object { $_.ProcessName -like "psping*" } | Stop-Process -Force

                # Clean up firewall rule after the test

                Remove-NetFirewallRule -DisplayName "TmpAllowTCPPortForTesting"

            }

            Log-Info "Removing firewall rule on TCP port $Port on $serverHost"

            Log-Info "- Stopping TCP server on $serverHost..."

            Log-Info ($lnTxt.RemoveHostTCPFW -f $Port, $serverHost)

            Log-Info ($lnTxt.StopHostTCPServer -f $serverHost)

        }

    }

    # TCP JSON Report

    $jsonReportPath = Join-Path -Path $OutputPath -ChildPath "TCP_Full_Mesh_Report.json"

    Try {

        # Convert report to JSON and save it

        $report | ConvertTo-Json -Depth 5 | Out-File -FilePath $jsonReportPath -Encoding utf8

        # Success message

        Log-Info "TCP Full Mesh JSON Report saved at: $jsonReportPath"

    }

    Catch {

        Log-Info "Failed to save TCP Full Mesh JSON report: $_" -Type Error

    }

    # Raw Log File

    if (Test-Path $LogFilePath) {

        Log-Info "TCP Full Mesh Raw Log saved at: $LogFilePath"

    }else{

        Log-Info "Failed to save TCP Full Mesh Raw Log file: $_" -Type Error

    }

    # Validation Use Case 1: Avg Latency is greater than 1ms then warning

    if (-not $latencyFlag) {

        Log-Info $TCPTestFailStatusMsg -Type 'WARNING'

        $TCPTestRstObject = @{

            Name               = "HCI_Node_TCP_Latency_Test"

            Title              = 'Host TCP Latency Exceeds 1ms'

            DisplayName        = 'Host TCP Latency Exceeds 1ms'

            Severity           = 'Warning'

            Description        = $TCPTestFailStatusMsg

            Tags               = @{ }

            Remediation        = $lnTxt.TCPLatencyRemidation

            TargetResourceID   = 'HostTCPLatencyExceeds1Ms'

            TargetResourceName = 'HostTCPLatencyExceeds1Ms'

            TargetResourceType = 'HostTCPLatencyExceeds1Ms'

            Timestamp          = [datetime]::UtcNow

            Status             = 'FAILURE'

            AdditionalData     = @{

                Source    = 'HostTCPLatencyValidated'

                Resource  = 'TCP_Full_Mesh_Report.json'

                Detail    = $TCPTestFailStatusMsg

                Status    = 'FAILURE'

                TimeStamp = [datetime]::UtcNow

            }

            HealthCheckSource  = $ENV:EnvChkrId

        }

        $TCPTestResults += New-AzStackHciResultObject @TCPTestRstObject

        return $TCPTestResults

    }

    $TCPTestSuccessStatusMsg = "All nodes meet the latency requirement."

    Log-Info $TCPTestSuccessStatusMsg -Type 'Info'

    $TCPTestRstObject = @{

        Name               = "HCI_Node_TCP_Latency_Test"

        Title              = 'Host TCP Latency Validation Passed'

        DisplayName        = 'Host TCP Latency Validation Passed'

        Severity           = 'INFO'

        Description        = 'All Nodes Meet The Latency Requirement'

        Tags               = @{ }

        Remediation        = ''

        TargetResourceID   = 'HostTCPLatencyValidated'

        TargetResourceName = 'HostTCPLatencyValidated'

        TargetResourceType = 'HostTCPLatencyValidated'

        Timestamp          = [datetime]::UtcNow

        Status             = 'SUCCESS'

        AdditionalData     = @{

            Source    = 'HostTCPLatencyValidated'

            Resource  = 'HostTCPLatencyValidated'

            Detail    = $TCPTestSuccessStatusMsg

            Status    = 'SUCCESS'

            TimeStamp = [datetime]::UtcNow

        }

        HealthCheckSource  = $ENV:EnvChkrId

    }

    $TCPTestResults += New-AzStackHciResultObject @TCPTestRstObject

    return $TCPTestResults

}

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