PsNetTools.psm1
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<#
Generated at 2022-11-09 21:33:07 by Martin Walther using module ..\PsNetTools\PsNetTools.psm1 #> #region namespace PsNetTools Class PsNetError { [bool] $Succeeded = $false [String] $Function [String] $FullyQualifiedErrorId [String] $ErrorMessage [String] $ErrorCategory [String] $CategoryActivity [String] $CategoryTargetName [String] $ExceptionFullName PsNetError([String] $Function, [Object]$ErrorObject){ $this.Function = $Function $this.FullyQualifiedErrorId = $ErrorObject.FullyQualifiedErrorId $this.ErrorMessage = $ErrorObject.Exception.Message $this.ErrorCategory = $ErrorObject.CategoryInfo.Category $this.CategoryActivity = $ErrorObject.CategoryInfo.Activity $this.CategoryTargetName = $ErrorObject.CategoryInfo.TargetName $this.ExceptionFullName = $ErrorObject.Exception.GetType().FullName } } Class PsNetDigType { [bool] $Succeeded [String] $InputString [String] $Destination [Array] $IpV4Address [Array] $IpV6Address [int] $TimeMs PsNetDigType( [bool] $Succeeded, [String] $InputString, [String] $Destination, [Array] $IpV4Address, [Array] $IpV6Address, [int] $TimeMs ) { $this.Succeeded = $Succeeded $this.InputString = $InputString $this.Destination = $Destination $this.IpV4Address = $IpV4Address $this.IpV6Address = $IpV6Address $this.TimeMs = $TimeMs } #endregion } Class PsNetDig { <# [PsNetDig]::dig('sbb.ch') [PsNetDig]::dig('google.com') [PsNetDig]::dig('8.8.8.8') #> #region Properties with default values [String]$Message = $null #endregion #region Constructor PsNetDig(){ } #endregion #region methods [PsNetDigType]static dig() { return [PsNetDigType]::New() } [PsNetDigType]static dig([String] $InputString) { [DateTime] $start = Get-Date [Array] $dnsreturn = $null [Array] $collection = $null [Array] $ipv4address = $null [Array] $ipv6address = $null [String] $TargetName = $null try{ $dnsreturn = [System.Net.Dns]::GetHostEntry($InputString) if(-not([String]::IsNullOrEmpty($dnsreturn))){ $TargetName = $dnsreturn.hostname $collection = $dnsreturn.AddressList } foreach($item in $collection){ if($($item.AddressFamily) -eq [System.Net.Sockets.AddressFamily]::InterNetwork){ $ipv4address += $item.IPAddressToString } if($($item.AddressFamily) -eq [System.Net.Sockets.AddressFamily]::InterNetworkV6){ $ipv6address += $item.IPAddressToString } } $duration = $([math]::round(((New-TimeSpan $($start) $(Get-Date)).TotalMilliseconds),0)) return [PsNetDigType]::New($true, $InputString, $TargetName, $ipv4address, $ipv6address, $duration) }catch{ $TargetName = ($($_.Exception.Message) -split ': ')[1] -replace '"' $duration = $([math]::round(((New-TimeSpan $($start) $(Get-Date)).TotalMilliseconds),0)) return [PsNetDigType]::New($false, $InputString, $TargetName, $null, $null, $duration) } } #endregion } Class PsNetPingType { hidden [bool] $Succeeded [String] $TimeStamp [String] $Destination [String] $StatusDescription [int] $MinTimeout [int] $MaxTimeout [int] $TimeMs } Class PsNetIcmpPingType : PsNetPingType { #$true, $IcmpSucceeded, $Destination, $IPAddress, $Roundtrip, $bytes, $buffer, $StatusMsg, $timeout, $timeout [bool]$IcmpSucceeded [string]$IPAddress [int] $BytesSend [int] $BytesReceived PsNetIcmpPingType( [bool] $Succeeded, [bool] $IcmpSucceeded, [String] $TimeStamp, [String] $Destination, [string] $IPAddress, [int] $TimeMs, [int] $BytesSend, [int] $BytesReceived, [String] $StatusDescription, [int] $MaxTimeout, [int] $MinTimeout ){ $this.Succeeded = $Succeeded $this.IcmpSucceeded = $IcmpSucceeded $this.TimeStamp = $TimeStamp $this.Destination = $Destination $this.IPAddress = $IPAddress $this.MinTimeout = $MinTimeout $this.MaxTimeout = $MaxTimeout $this.TimeMs = $TimeMs $this.BytesSend = $BytesSend $this.BytesReceived = $BytesReceived $this.StatusDescription = $StatusDescription } } Class PsNetTpingType : PsNetPingType { [bool] $TcpSucceeded [int] $TcpPort PsNetTpingType( [bool] $Succeeded, [bool] $TcpSucceeded, [String] $TimeStamp, [String] $Destination, [String] $StatusDescription, [int] $Port, [int] $MinTimeout, [int] $MaxTimeout, [int] $TimeMs ){ $this.Succeeded = $Succeeded $this.TimeStamp = $TimeStamp $this.Destination = $Destination $this.TcpSucceeded = $TcpSucceeded $this.TcpPort = $Port $this.MinTimeout = $MinTimeout $this.MaxTimeout = $MaxTimeout if($TimeMs -gt $MaxTimeout){ $this.TimeMs = $MaxTimeout } else{ $this.TimeMs = $TimeMs } $this.StatusDescription = $StatusDescription } } Class PsNetUpingType : PsNetPingType { [bool] $UdpSucceeded [int] $UdpPort PsNetUpingType( [bool] $Succeeded, [bool] $UdpSucceeded, [String] $TimeStamp, [String] $Destination, [String] $StatusDescription, [int] $Port, [int] $MinTimeout, [int] $MaxTimeout, [int] $TimeMs ){ $this.Succeeded = $Succeeded $this.TimeStamp = $TimeStamp $this.Destination = $Destination $this.UdpSucceeded = $UdpSucceeded $this.UdpPort = $Port $this.MinTimeout = $MinTimeout $this.MaxTimeout = $MaxTimeout if($TimeMs -gt $MaxTimeout){ $this.TimeMs = $MaxTimeout } else{ $this.TimeMs = $TimeMs } $this.StatusDescription = $StatusDescription } } Class PsNetWebType : PsNetPingType { hidden [bool] $Succeeded [bool] $HttpSucceeded [String] $ResponsedUrl [bool] $NoProxy PsNetWebType( [bool] $Succeeded, [bool] $HttpSucceeded, [String] $TimeStamp, [String] $Destination, [String] $Url, [String] $StatusDescription, [bool] $Proxy, [int] $MinTimeout, [int] $MaxTimeout, [int] $TimeMs ){ $this.Succeeded = $Succeeded $this.HttpSucceeded = $HttpSucceeded $this.TimeStamp = $TimeStamp $this.Destination = $Destination $this.ResponsedUrl = $Url $this.StatusDescription = $StatusDescription $this.NoProxy = $Proxy $this.MinTimeout = $MinTimeout $this.MaxTimeout = $MaxTimeout if($TimeMs -gt $MaxTimeout){ $this.TimeMs = $MaxTimeout } else{ $this.TimeMs = $TimeMs } } } Class PsNetPing { <# [PsNetPing]::ping('sbb.ch') [PsNetPing]::tping('sbb.ch', 80, 100, 1000) [PsNetPing]::uping('sbb.ch', 53, 100, 1000) #> #region Properties with default values [String]$Message = $null #endregion #region Constructor PsNetPing(){ $this.Message = "Loading PsNetPing" } #endregion #region methods [PsNetIcmpPingType]static ping([String]$destination) { $function = 'ping()' [object]$reply = $null [int]$Roundtrip = $null [int]$bytes = 0 [int]$buffer = $null [string]$IPAddress = 'could not find host' [string]$StatusMsg = $null [int]$timeout = 1000 [bool]$IcmpSucceeded = $false $pingsender = [System.Net.NetworkInformation.Ping]::new() $datagram = new-object System.Text.ASCIIEncoding # Create a buffer of 32 bytes of data to be transmitted [byte[]] $buffersize = $datagram.GetBytes("aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa") try{ $pingoptions = [System.Net.NetworkInformation.PingOptions]::new(64, $true) $reply = $pingsender.Send($destination, $timeout, $buffersize, $pingoptions) $Roundtrip = $reply.RoundtripTime $buffer = $reply.Buffer.Length $bytes = $buffersize.Length } catch{ $error.Clear() } try{ if(-not([String]::IsNullOrEmpty($reply.Address))){ $IPAddress = $reply.Address } else{ } } catch{ $error.clear() } switch($reply.Status){ 'TtlExpired' {$StatusMsg = "ICMP $($reply.Status.ToString())"} 'TimedOut' {$StatusMsg = "ICMP $($reply.Status.ToString())"} 'Success' {$IcmpSucceeded = $true; $StatusMsg = "ICMP $($reply.Status.ToString())"} default {$StatusMsg = "Please check the name and try again"} } return [PsNetIcmpPingType]::New($true, $IcmpSucceeded, $(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'), $Destination, $IPAddress, $Roundtrip, $bytes, $buffer, $StatusMsg, $timeout, 0) } [void]static ping([String]$destination,[bool]$show) { $function = 'ping()' [object]$reply = $null [int]$Roundtrip = $null [int]$bytes = 0 [int]$buffer = $null [string]$IPAddress = 'could not find host' [string]$StatusMsg = $null [int]$timeout = 1000 $pingsender = [System.Net.NetworkInformation.Ping]::new() $datagram = new-object System.Text.ASCIIEncoding # Create a buffer of 32 bytes of data to be transmitted [byte[]] $buffersize = $datagram.GetBytes("aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa") try{ $pingoptions = [System.Net.NetworkInformation.PingOptions]::new(64, $true) $reply = $pingsender.Send($destination, $timeout, $buffersize, $pingoptions) $Roundtrip = $reply.RoundtripTime $buffer = $reply.Buffer.Length $bytes = $buffersize.Length } catch{ $error.Clear() } try{ if(-not([String]::IsNullOrEmpty($reply.Address))){ $IPAddress = $reply.Address } else{ } } catch{ $error.clear() } switch($reply.Status){ 'TtlExpired' {$StatusMsg = "ICMP $($reply.Status.ToString())"} 'TimedOut' {$StatusMsg = "ICMP $($reply.Status.ToString())"} 'Success' {$StatusMsg = "ICMP $($reply.Status.ToString())"} default {$StatusMsg = "Please check the name and try again"} } Write-Host "$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff') ICMP ping $Destination, IPAddress: $IPAddress, time: $Roundtrip, send: $bytes, received: $buffer, $StatusMsg" } [PsNetTpingType] static tping([String] $TargetName, [int] $TcpPort, [int] $mintimeout, [int] $maxtimeout) { [DateTime] $start = Get-Date [bool] $tcpsucceeded = $false [String] $description = $null [bool] $WaitOne = $false [Object] $tcpclient = $null [Object] $connect = $null $tcpclient = New-Object System.Net.Sockets.TcpClient $connect = $TcpClient.BeginConnect($TargetName,$TcpPort,$null,$null) Start-Sleep -Milliseconds (20 + $mintimeout) $WaitOne = $connect.AsyncWaitHandle.WaitOne($maxtimeout,$false) if($WaitOne){ try{ $tcpsucceeded = $tcpclient.Connected if($tcpsucceeded){ $tcpclient.EndConnect($connect) $description = 'TCP Test success' } else{ $description = 'TCP Test failed' } } catch{ $description = $_.Exception.Message $error.Clear() } } else{ $description = 'Destination host unreachable' } $tcpclient.Close() $tcpclient.Dispose() $duration = $([math]::round(((New-TimeSpan $($start) $(get-date)).TotalMilliseconds),0) -(20 + $mintimeout) ) return [PsNetTpingType]::New($true, $tcpsucceeded, $(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'), $TargetName, $description, $TcpPort, $mintimeout, $maxtimeout, $duration) } [PsNetUpingType] static uping([String] $TargetName, [int] $UdpPort, [int] $mintimeout, [int] $maxtimeout) { [DateTime] $start = Get-Date [bool] $udpsucceeded = $false [String] $description = $null [Object] $udpclient = $null [Object] $connect = $null [bool] $WaitOne = $false [string] $returndata = $null $receivebytes = $null $udpclient = New-Object System.Net.Sockets.UdpClient try{ $connect = $udpclient.Connect($TargetName,$UdpPort) $WaitOne = $udpclient.Client.ReceiveTimeout = $maxtimeout $dgram = new-object system.text.asciiencoding $byte = $dgram.GetBytes("TEST") [void]$udpclient.Send($byte,$byte.length) $remoteendpoint = New-Object system.net.ipendpoint([system.net.ipaddress]::Any,0) Start-Sleep -Milliseconds (20 + $mintimeout) try{ $receivebytes = $udpclient.Receive([ref]$remoteendpoint) $description = 'UDP Test success' } catch{ $description = ($_.Exception.Message -split ': ')[1] $error.Clear() } if (-not([String]::IsNullOrEmpty($receivebytes))) { $returndata = $dgram.GetString($receivebytes) $udpsucceeded = $true } } catch{ $description = ($_.Exception.Message -split ': ')[1] $error.Clear() } $udpclient.Close() $udpclient.Dispose() $duration = $([math]::round(((New-TimeSpan $($start) $(get-date)).TotalMilliseconds),0) -(20 + $mintimeout) ) return [PsNetUpingType]::New($true, $udpsucceeded, $(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'), $TargetName, $description, $UdpPort, $mintimeout, $maxtimeout, $duration) } #endregion } Class PsNetWeb { <# [PsNetWeb]::wping('https://sbb.ch', 1000, $true) #> #region Properties with default values [String]$Message = $null #endregion #region Constructor PsNetWeb(){ $this.Message = "Loading PsNetWeb" } #endregion #region methods [PsNetWebType] static wping([String]$url, [int] $mintimeout, [int] $maxtimeout) { [DateTime] $start = Get-Date [bool] $webreturn = $false [String] $description = $null [Object] $responseuri = $null $webreqest = [system.Net.HttpWebRequest]::Create($url) $webreqest.Timeout = $maxtimeout Start-Sleep -Milliseconds (20 + $mintimeout) try{ $response = $webreqest.GetResponse() $responseuri = $response.ResponseUri $statuscode = $response.StatusCode $description = $response.StatusDescription if($statuscode -eq 'OK'){ $webreturn = $true } $response.Close() } catch { $description = ($_.Exception.Message -split ': ')[1] $error.Clear() } $duration = $([math]::round(((New-TimeSpan $($start) $(get-date)).TotalMilliseconds),0) -(20 + $mintimeout) ) return [PsNetWebType]::New($true, $webreturn, $(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'), $Url, $responseuri, $description, $false, $mintimeout, $maxtimeout, $duration) } [PsNetWebType] static wping([String]$url, [int] $mintimeout, [int] $maxtimeout,[bool]$noproxy) { [DateTime] $start = Get-Date [bool] $webreturn = $false [String] $description = $null [Object] $responseuri = $null $webreqest = [system.Net.HttpWebRequest]::Create($url) $webreqest.Timeout = $maxtimeout if($noproxy){ $webreqest.Proxy = [System.Net.GlobalProxySelection]::GetEmptyWebProxy() } Start-Sleep -Milliseconds (20 + $mintimeout) try{ $response = $webreqest.GetResponse() $responseuri = $response.ResponseUri $statuscode = $response.StatusCode $description = $response.StatusDescription $response.Close() if($statuscode -eq 'OK'){ $webreturn = $true } $response.Close() } catch { $description = ($_.Exception.Message -split ': ')[1] $error.Clear() } $duration = $([math]::round(((New-TimeSpan $($start) $(get-date)).TotalMilliseconds),0) -(20 + $mintimeout) ) return [PsNetWebType]::New($true, $webreturn, $(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'), $Url, $responseuri, $description, $true, $mintimeout, $maxtimeout, $duration) } [PsNetWebType] static ftpping([String]$uri,[int]$timeout,[PSCredential]$creds) { #https://www.opentechguides.com/how-to/article/powershell/154/directory-listing.html $function = 'ftpping()' $resultset = @() if(([String]::IsNullOrEmpty($uri))){ Write-Warning "$($function): Empty Uri specified!" } else{ $ftprequest = $null $response = $null $responseuri = $null $statuscode = $null try { $start = Get-Date $ftprequest = [System.Net.FtpWebRequest]::Create($uri) $ftprequest.Credentials = New-Object System.Net.NetworkCredential($creds.UserName, $creds.Password) $ftprequest.Method = [System.Net.WebRequestMethods+Ftp]::ListDirectoryDetails $ftprequest.Timeout = $timeout try{ $response = $ftprequest.GetResponse() $responseuri = $response.ResponseUri $statuscode = $response.StatusCode $response.Close() $duration = $([math]::round(((New-TimeSpan $($start) $(get-date)).TotalMilliseconds),0)) $obj = [PSCustomObject]@{ Succeeded = $true TargetName = $Uri ResponseUri = $responseuri StatusCode = $statuscode Duration = "$($duration)ms" MaxTimeout = "$($Timeout)ms" } $resultset += $obj } catch { $obj = [PSCustomObject]@{ Succeeded = $false TargetName = $Uri StatusCode = $false Function = $function Message = $($_.Exception.Message) Category = $($_.CategoryInfo).Category Exception = $($_.Exception.GetType().FullName) CategoryActivity = $($_.CategoryInfo).Activity CategoryTargetName = $($_.CategoryInfo).TargetName } $resultset += $obj $Error.Clear() } } catch { $obj = [PSCustomObject]@{ Succeeded = $false TargetName = $Uri StatusCode = $false Function = $function Message = $($_.Exception.Message) Category = $($_.CategoryInfo).Category Exception = $($_.Exception.GetType().FullName) CategoryActivity = $($_.CategoryInfo).Activity CategoryTargetName = $($_.CategoryInfo).TargetName } $resultset += $obj $error.Clear() } } return $resultset } #endregion } Class PsNetAdapterType { [bool] $Succeeded [int] $Index hidden [Object] $adapter hidden [Object] $IpV4properties [String] $Name [String] $Description [String] $NetworkInterfaceType [String] $OperationalStatus [String] $PhysicalAddres [String] $IpVersion [bool] $IsAPIPAActive [Object] $IpV4Addresses [Object] $IpV6Addresses [String] $DNSSuffix PsNetAdapterType ( [bool] $Succeeded, [Object] $IpV4properties, [Object] $adapter, [String] $IpVersion, [Object] $IpV4Addresses, [Object] $IpV6Addresses, [String] $DNSSuffix ) { $this.Succeeded = $Succeeded $this.Index = $IpV4properties.Index $this.Name = $adapter.Name $this.Description = $adapter.Description $this.NetworkInterfaceType = $adapter.NetworkInterfaceType $this.OperationalStatus = $adapter.OperationalStatus $this.PhysicalAddres = $adapter.GetPhysicalAddress().ToString() -replace '..(?!$)', '$&:' $this.IpVersion = $IpVersion $this.IsAPIPAActive = $IpV4properties.IsAutomaticPrivateAddressingActive $this.IpV4Addresses = $IpV4Addresses $this.IpV6Addresses = $IpV6Addresses $this.DNSSuffix = $DNSSuffix } } Class PsNetAdapterConfigType : PsNetAdapterType { [Object] $Id [Single] $Speed [bool] $IsReceiveOnly [bool] $SupportsMulticast [bool] $IsDnsEnabled [bool] $IsDynamicDnsEnabled [Object] $DnsSuffix [Object] $DnsAddresses [Object] $DhcpServerAddresses [Object] $WinsServersAddresses [String] $Mtu [bool] $IsForwardingEnabled [bool] $IsAPIPAActive [bool] $IsDhcpEnabled [bool] $UsesWins [Object] $GatewayIpV4Addresses [Object] $GatewayIpV6Addresses <# #Succeeded = $true #Name = $adapter.Name #Description = $adapter.Description #NetworkInterfaceType = $adapter.NetworkInterfaceType #OperationalStatus = $adapter.OperationalStatus #PhysicalAddres = $adapter.GetPhysicalAddress().ToString() -replace '..(?!$)', '$&:' #IpVersion = $IpVersion #IpV4Addresses = $IpV4Addresses #IpV6Addresses = $IpV6Addresses #IsAPIPAEnabled = $IpV4properties.IsAutomaticPrivateAddressingActive Id = $adapter.Id Speed = $adapter.Speed IsReceiveOnly = $adapter.IsReceiveOnly SupportsMulticast = $adapter.SupportsMulticast IsDnsEnabled = $properties.IsDnsEnabled IsDynamicDnsEnabled = $properties.IsDynamicDnsEnabled DnsSuffix = $properties.DnsSuffix DnsAddresses = $properties.DnsAddresses DhcpServerAddresses = $properties.DhcpServerAddresses WinsServersAddresses = $properties.WinsServersAddresses Index = $IpV4properties.Index Mtu = $IpV4properties.Mtu IsForwardingEnabled = $IpV4properties.IsForwardingEnabled IsAPIPAActive = $IpV4properties.IsAutomaticPrivateAddressingEnabled IsDhcpEnabled = $IpV4properties.IsDhcpEnabled UsesWins = $IpV4properties.UsesWins GatewayIpV4Addresses = $GatewayIpV4Addresses GatewayIpV6Addresses = $GatewayIpV6Addresses #> PsNetAdapterConfigType ( [Object] $adapter, [Object] $properties, [Object] $IpV4properties, [String] $IpVersion, [Object] $IpV4Addresses, [Object] $IpV6Addresses, [String] $GatewayIpV4Addresses, [String] $GatewayIpV6Addresses ) { $this.Id = $adapter.Id $this.Speed = $adapter.Speed $this.IsReceiveOnly = $adapter.IsReceiveOnly $this.SupportsMulticast = $adapter.SupportsMulticast $this.IsDnsEnabled = $properties.IsDnsEnabled $this.IsDynamicDnsEnabled = $properties.IsDynamicDnsEnabled $this.DnsSuffix = $properties.DnsSuffix $this.DnsAddresses = $properties.DnsAddresses $this.DhcpServerAddresses = $properties.DhcpServerAddresses $this.WinsServersAddresses = $properties.WinsServersAddresses $this.Index = $IpV4properties.Index $this.Mtu = $IpV4properties.Mtu $this.IsForwardingEnabled = $IpV4properties.IsForwardingEnabled $this.IsAPIPAActive = $IpV4properties.IsAutomaticPrivateAddressingEnabled $this.IsDhcpEnabled = $IpV4properties.IsDhcpEnabled $this.UsesWins = $IpV4properties.UsesWins $this.GatewayIpV4Addresses = $GatewayIpV4Addresses $this.GatewayIpV6Addresses = $GatewayIpV6Addresses } } Class PsNetAdapter { <# [PsNetAdapter]::listadapters() [PsNetAdapter]::listadapterconfig() #> #region Properties with default values [String]$Message = $null #endregion #region Constructor PsNetAdapter(){ $this.Message = "Loading PsNetAdapter" } #endregion #region methods [object] static listadapters(){ #https://docs.microsoft.com/en-us/dotnet/api/system.net.networkinformation.networkinterface.getipproperties?view=netframework-4.7.2#System_Net_NetworkInformation_NetworkInterface_GetIPProperties $function = 'listadapters()' $resultset = @() try{ $nics = [System.Net.NetworkInformation.NetworkInterface]::GetAllNetworkInterfaces() foreach($adapter in $nics){ if($adapter.NetworkInterfaceType -notmatch 'Loopback'){ $IpVersion = @() $properties = $adapter.GetIPProperties() $DNSSuffix = $properties.DNSSuffix $IpV4properties = $properties.GetIPv4Properties() $IpV4Addresses = @() $IpV6Addresses = @() $IpV4 = [System.Net.NetworkInformation.NetworkInterfaceComponent]::IPv4 $IpV6 = [System.Net.NetworkInformation.NetworkInterfaceComponent]::IPv6 if($adapter.Supports($IpV4)){ $IpVersion += 'IPv4' } if($adapter.Supports($IpV6)){ $IpVersion += 'IPv6' } foreach ($ip in $properties.UnicastAddresses) { if ($ip.Address.AddressFamily -eq [System.Net.Sockets.AddressFamily]::InterNetwork){ $IpV4Addresses += $ip.Address.IPAddressToString } if ($ip.Address.AddressFamily -eq [System.Net.Sockets.AddressFamily]::InterNetworkV6){ $IpV6Addresses += $ip.Address.IPAddressToString } } $resultset += [PsNetAdapterType]::New($true,$IpV4properties,$adapter,$IpVersion,$IpV4Addresses,$IpV6Addresses,$DNSSuffix) } } } catch{ $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } return $resultset } [object] static listadapterconfig(){ #https://docs.microsoft.com/en-us/dotnet/api/system.net.networkinformation.networkinterface.getipproperties?view=netframework-4.7.2#System_Net_NetworkInformation_NetworkInterface_GetIPProperties $function = 'listadapterconfig()' $resultset = @() try{ $nics = [System.Net.NetworkInformation.NetworkInterface]::GetAllNetworkInterfaces() foreach($adapter in $nics){ if($adapter.NetworkInterfaceType -notmatch 'Loopback'){ $IpV4Addresses = @() $IpV6Addresses = @() $IpVersion = @() $GatewayIpV4Addresses = @() $GatewayIpV6Addresses = @() $properties = $adapter.GetIPProperties() $IpV4properties = $properties.GetIPv4Properties() $IpV6properties = $properties.GetIPv6Properties() $IpV4 = [System.Net.NetworkInformation.NetworkInterfaceComponent]::IPv4 $IpV6 = [System.Net.NetworkInformation.NetworkInterfaceComponent]::IPv6 if($adapter.Supports($IpV4)){ $IpVersion += 'IPv4' } if($adapter.Supports($IpV6)){ $IpVersion += 'IPv6' } foreach ($ip in $properties.UnicastAddresses) { if ($ip.Address.AddressFamily -eq [System.Net.Sockets.AddressFamily]::InterNetwork){ $IpV4Addresses += $ip.Address.IPAddressToString } if ($ip.Address.AddressFamily -eq [System.Net.Sockets.AddressFamily]::InterNetworkV6){ $IpV6Addresses += $ip.Address.IPAddressToString } } foreach($gateway in $properties.GatewayAddresses){ if($gateway.Address.AddressFamily -eq [System.Net.Sockets.AddressFamily]::InterNetworkV6){ $GatewayIpV6Addresses += $gateway.Address.IPAddressToString } if($gateway.Address.AddressFamily -eq [System.Net.Sockets.AddressFamily]::InterNetwork){ $GatewayIpV4Addresses += $gateway.Address.IPAddressToString } } $obj = [PSCustomObject]@{ Succeeded = $true Id = $adapter.Id Name = $adapter.Name Description = $adapter.Description NetworkInterfaceType = $adapter.NetworkInterfaceType OperationalStatus = $adapter.OperationalStatus Speed = $adapter.Speed IsReceiveOnly = $adapter.IsReceiveOnly SupportsMulticast = $adapter.SupportsMulticast PhysicalAddres = $adapter.GetPhysicalAddress().ToString() -replace '..(?!$)', '$&:' IpVersion = $IpVersion IpV4Addresses = $IpV4Addresses IpV6Addresses = $IpV6Addresses IsDnsEnabled = $properties.IsDnsEnabled IsDynamicDnsEnabled = $properties.IsDynamicDnsEnabled DnsSuffix = $properties.DnsSuffix DnsAddresses = $properties.DnsAddresses DhcpServerAddresses = $properties.DhcpServerAddresses WinsServersAddresses = $properties.WinsServersAddresses Index = $IpV4properties.Index Mtu = $IpV4properties.Mtu IsForwardingEnabled = $IpV4properties.IsForwardingEnabled IsAPIPAEnabled = $IpV4properties.IsAutomaticPrivateAddressingEnabled IsAPIPAActive = $IpV4properties.IsAutomaticPrivateAddressingActive IsDhcpEnabled = $IpV4properties.IsDhcpEnabled UsesWins = $IpV4properties.UsesWins GatewayIpV4Addresses = $GatewayIpV4Addresses GatewayIpV6Addresses = $GatewayIpV6Addresses } $resultset += $obj } } } catch{ $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } return $resultset } #endregion } Class PsNetHostsTableType { [bool] $Succeeded [String] $IpVersion [String] $IpAddress [String] $Compuername [String] $FullyQualifiedName [String] $Message PsNetHostsTableType ( [bool] $Succeeded, [String] $IpVersion, [String] $IpAddress, [String] $Compuername, [String] $FullyQualifiedName, [String] $Message ) { $this.Succeeded = $Succeeded $this.IpVersion = $IpVersion $this.IpAddress = $IpAddress $this.Compuername = $Compuername $this.FullyQualifiedName = $FullyQualifiedName $this.Message = $Message } } Class PsNetHostsEntryType { [bool] $Succeeded [String] $HostsEntry [String] $BackupPath [String] $Message PsNetHostsEntryType ( [bool] $Succeeded, [String] $HostsEntry, [String] $BackupPath, [String] $Message ) { $this.Succeeded = $Succeeded $this.HostsEntry = $HostsEntry $this.BackupPath = $BackupPath $this.Message = $Message } } enum OSType { Linux Mac Windows } Class PsNetHostsTable { #region Properties with default values [String]$Message = $null #endregion #region Constructor PsNetHostsTable(){ $this.Message = "Loading PsNetHostsTable" } #endregion #region methods [object] static GetPsNetHostsTable([OSType]$CurrentOS, [String]$Path) { $function = 'GetPsNetHostsTable()' $filecontent = @() $resultset = @() try{ if(Test-Path -Path $Path){ $ipv4pattern = '^((25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.){3}(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)' $ipv6pattern = '^(([0-9a-fA-F]{1,4}:){7,7}[0-9a-fA-F]{1,4}|([0-9a-fA-F]{1,4}:){1,7}:|([0-9a-fA-F]{1,4}:){1,6}:[0-9a-fA-F]{1,4}|([0-9a-fA-F]{1,4}:){1,5}(:[0-9a-fA-F]{1,4}){1,2}|([0-9a-fA-F]{1,4}:){1,4}(:[0-9a-fA-F]{1,4}){1,3}|([0-9a-fA-F]{1,4}:){1,3}(:[0-9a-fA-F]{1,4}){1,4}|([0-9a-fA-F]{1,4}:){1,2}(:[0-9a-fA-F]{1,4}){1,5}|[0-9a-fA-F]{1,4}:((:[0-9a-fA-F]{1,4}){1,6})|:((:[0-9a-fA-F]{1,4}){1,7}|:)|fe80:(:[0-9a-fA-F]{0,4}){0,4}%[0-9a-zA-Z]{1,}|::(ffff(:0{1,4}){0,1}:){0,1}((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])|([0-9a-fA-F]{1,4}:){1,4}:((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9]))' $fqdnregex = '(?=^.{1,254}$)(^(?:(?!\d+\.)[a-zA-Z0-9_\-]{1,63}\.?)+(?:[a-zA-Z]{2,})$)' $filecontent = Get-Content -Path $Path if($filecontent -match $ipv4pattern){ $string = ($filecontent | Select-String -Pattern $ipv4pattern) for ($i = 0; $i -lt $string.Length; $i++){ if($string[$i] -notmatch '#'){ $line = ($string[$i]) -Split '\s+' if($line[2] -match $fqdnregex){ $computername = $line[1] $fqdn = $line[2] $comment = 'Mapping IP Address to Computername (to FQDN) is well' } else{ if($line[1] -match '\.'){ $computername = $line[2] $fqdn = $line[1] $comment = 'Mapping IP Address to Computername (to FQDN) is wrong' } else{ $computername = $line[1] $fqdn = $line[2] $comment = 'Mapping IP Address to Computername (to FQDN) is well' } } $resultset += [PsNetHostsTableType]::New($true,'IPv4',$line[0],$computername,$fqdn,$comment) } } } if($filecontent -match $ipv6pattern){ $string = ($filecontent | Select-String -Pattern $ipv6pattern) for ($i = 0; $i -lt $string.Length; $i++){ if($string[$i] -notmatch '#'){ $line = ($string[$i]) -Split '\s+' if($line[2] -match $fqdnregex){ $computername = $line[1] $fqdn = $line[2] $comment = 'Mapping IP Address to Computername (to FQDN) is well' } else{ if($line[1] -match '\.'){ $computername = $line[2] $fqdn = $line[1] $comment = 'Mapping IP Address to Computername (to FQDN) is wrong' } else{ $computername = $line[1] $fqdn = $line[2] $comment = 'Mapping IP Address to Computername (to FQDN) is well' } } $resultset += [PsNetHostsTableType]::New($true,'IPv6',$line[0],$computername,$fqdn,$comment) } } } if([String]::IsNullOrEmpty($resultset)){ $resultset += [PsNetHostsTableType]::New($true,$null,$null,$null,$null,'No active entries') } } else{ $resultset += [PsNetHostsTableType]::New($false,$null,$null,$null,"$Path not found") } } catch{ $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } return $resultset } [object] static AddPsNetHostsEntry([OSType]$CurrentOS, [String]$Path, [String]$IPAddress, [String]$Hostname, [String]$FullyQualifiedName) { $function = 'AddPsNetHostsEntry' $resultset = @() $index = -1 $IsAdmin = $false $savefile = $null $ok = $null $hostsfile = $Path if(Test-Path -Path $Path){ # For Mac and Linux if(($CurrentOS -eq [OSType]::Mac) -or ($CurrentOS -eq [OSType]::Linux)){ $current = (id -u) $IsAdmin = ($current -eq 0) $savefile = "$($env:HOME)/hosts_$(Get-Date -Format 'yyyyMMdd-HHmmss').txt" } # For Windows only if($CurrentOS -eq [OSType]::Windows){ $current = New-Object Security.Principal.WindowsPrincipal([Security.Principal.WindowsIdentity]::GetCurrent()) $IsAdmin = $current.IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator) $savefile = "$($env:HOME)\hosts_$(Get-Date -Format 'yyyyMMdd-HHmmss').txt" } if($IsAdmin){ try{ #$BackupSavedAt = $null [System.Collections.ArrayList]$filecontent = Get-Content $hostsfile $newfilecontent = ($filecontent | Select-String -Pattern "^$($IPAddress)\s+") if($newfilecontent){ $index = $filecontent.IndexOf($newfilecontent) } if($index -gt 0){ $resultset += [PsNetHostsEntryType]::New($true,$newfilecontent,$null,'Entry already exists') } $addcontent = "$($IPAddress) $($Hostname) $($FullyQualifiedName)" if(-not(Test-Path $savefile)){ $ok = Copy-Item -Path $hostsfile -Destination $savefile -PassThru -Force } if($ok){ $content = Add-Content -Value $addcontent -Path $hostsfile -PassThru -ErrorAction Stop if($content.length -gt 0){ $resultset += [PsNetHostsEntryType]::New($true,$addcontent,$($ok.FullName),'Entry added') } else{ Copy-Item -Path $savefile -Destination $hostsfile -Force throw "Add-Content: it's an empty string, restored $savefile" } } else { throw "Add-Content: Could not save $($savefile)" } } catch { $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } } else{ $resultset += [PsNetHostsEntryType]::New($false,$null,$null,'Running this command with elevated privileges') } } else{ $resultset += [PsNetHostsEntryType]::New($false,$null,$null,"$Path not found") } return $resultset } [object] static RemovePsNetHostsEntry([OSType]$CurrentOS, [String]$Path, [String]$Hostsentry) { $function = 'RemovePsNetHostsEntry' $resultset = @() $index = -1 $IsAdmin = $false $savefile = $null $ok = $null $hostsfile = $Path if(Test-Path -Path $Path){ # For Mac and Linux if(($CurrentOS -eq [OSType]::Mac) -or ($CurrentOS -eq [OSType]::Linux)){ $current = (id -u) $IsAdmin = ($current -eq 0) $savefile = "$($env:HOME)/hosts_$(Get-Date -Format 'yyyyMMdd-HHmmss').txt" } # For Windows only if($CurrentOS -eq [OSType]::Windows){ $current = New-Object Security.Principal.WindowsPrincipal([Security.Principal.WindowsIdentity]::GetCurrent()) $IsAdmin = $current.IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator) $savefile = "$($env:HOME)\hosts_$(Get-Date -Format 'yyyyMMdd-HHmmss').txt" } if($IsAdmin){ try{ #$BackupSavedAt = $null [System.Collections.ArrayList]$filecontent = Get-Content $hostsfile $newfilecontent = ($filecontent | Select-String -Pattern "^$($Hostsentry)") if($newfilecontent){ $index = $filecontent.IndexOf($newfilecontent) } if($index -gt 0){ $filecontent.RemoveAt($index) if([String]::IsNullOrEmpty($filecontent)){ throw "RemoveAt: raised an error" } else{ if(-not(Test-Path $savefile)){ $ok = Copy-Item -Path $hostsfile -Destination $savefile -PassThru -Force } if($ok){ if([String]::IsNullOrEmpty($filecontent)){ throw "Set-Content: Value is an empty String" } $filecontent | Out-File -FilePath $hostsfile -Encoding default -Force -ErrorAction Stop if($hostsfile.length -gt 0){ $resultset += [PsNetHostsEntryType]::New($true,$newfilecontent,$($ok.FullName),'Entry removed') } else{ Copy-Item -Path $savefile -Destination $hostsfile -Force throw "Set-Content: File is empty, restored $savefile" } } else{ throw "Set-Content: Could not save $($savefile)" } } } else{ $resultset += [PsNetHostsEntryType]::New($true,$Hostsentry,$null,'Entry not available') } } catch { $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } } else{ $resultset += [PsNetHostsEntryType]::New($false,$null,$null,'Running this command with elevated privileges') } } else{ $resultset += [PsNetHostsEntryType]::New($false,$null,$null,"$Path not found") } return $resultset } #endregion } Class PsNetRoutingTable{ <# [PsNetRoutingTable]::GetNetRoutingTable() https://msdn.microsoft.com/en-us/library/hh872448(v=vs.85).aspx #> #region Properties with default values [String]$Message = $null #endregion #region Constructor PsNetRoutingTable(){ $this.Message = "Loading PsNetRoutingTable" } #endregion #region methods [object] static GetNetRoutingTable([OSType]$CurrentOS,[String]$IpVersion) { $function = 'GetNetRoutingTable()' $routeprint = $null $resultset = @() try{ $routeprint = netstat -rn if($IpVersion -eq 'IPv4'){ $resultset += [PsNetRoutingTable]::FormatIPv4RoutingTable($CurrentOS,$routeprint) } if($IpVersion -eq 'IPv6'){ $resultset += [PsNetRoutingTable]::FormatIPv6RoutingTable($CurrentOS,$routeprint) } } catch{ $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } return $resultset } [object] static FormatIPv4RoutingTable([OSType]$CurrentOS,[Object]$routeprint){ $function = 'FormatIPv4RoutingTable()' $IPv4Table = @() $resultset = @() try{ $ipv4pattern = '^((25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.){3}(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)' if($CurrentOS -eq [OSType]::Linux){ $IPv4Table = $routeprint -replace 'Kernel IP routing table' $IPv4Table | ForEach-Object{ $string = $_ -split '\s+' if($string){ if($string[0] -match $ipv4pattern){ $obj = [PSCustomObject]@{ Succeeded = $true AddressFamily = 'IPv4' Destination = $string[0] Gateway = $string[1] Genmask = $string[2] Flags = $string[3] MSSWindow = $string[4] irtt = $string[5] Iface = $string[6] } $resultset += $obj } } } } if($CurrentOS -eq [OSType]::Mac){ $InterfaceList = $routeprint -match 'Routing tables' $IPv4RouteTable = $routeprint -match 'Internet:' $IPv6RouteTable = $routeprint -match 'Internet6:' #$InterfaceListIndex = $routeprint.IndexOf($InterfaceList) + 1 $IPv4RouteTableIndex = $routeprint.IndexOf($IPv4RouteTable) $IPv6RouteTableIndex = $routeprint.IndexOf($IPv6RouteTable) for ($i = 0; $i -lt $routeprint.Length; $i++){ if($i -eq $IPv4RouteTableIndex){ for ($i = $IPv4RouteTableIndex; $i -lt $IPv6RouteTableIndex -1; $i++){ $IPv4Table += $routeprint[$i] } } } if($IPv4Table -contains $IPv4RouteTable){ $IPv4Table = $IPv4Table -replace $IPv4RouteTable } $IPv4Table | ForEach-Object{ $string = $_ -split '\s+' if($string){ if($string[3] -match '^\d'){ $obj = [PSCustomObject]@{ Succeeded = $true AddressFamily = 'IPv4' Destination = $string[0] Gateway = $string[1] Flags = $string[2] Refs = $string[3] Use = $string[4] Netif = $string[5] Expire = $string[6] } $resultset += $obj } } } } if($CurrentOS -eq [OSType]::Windows){ $IPv4Table = $routeprint $IPv4Table | ForEach-Object{ $string = $_ -split '\s+' if($string){ if($string[1] -match $ipv4pattern){ $obj = [PSCustomObject]@{ Succeeded = $true AddressFamily = 'IPv4' Destination = $string[1] Gateway = $string[3] Netmask = $string[2] Interface = $string[4] Metric = $string[5] } $resultset += $obj } } } } if([String]::IsNullOrEmpty($resultset)){ $obj = [PSCustomObject]@{ Succeeded = $true AddressFamily = 'IPv4' Destination = {} Gateway = {} Netmask = {} Interface = {} Metric = {} } $resultset += $obj } } catch{ $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } return $resultset } [object] static FormatIPv6RoutingTable([OSType]$CurrentOS,[Object]$routeprint){ $function = 'FormatIPv6RoutingTable()' $IPv6Table = @() $resultset = @() try{ $ipv6pattern = '(([0-9a-fA-F]{1,4}:){7,7}[0-9a-fA-F]{1,4}|([0-9a-fA-F]{1,4}:){1,7}:|([0-9a-fA-F]{1,4}:){1,6}:[0-9a-fA-F]{1,4}|([0-9a-fA-F]{1,4}:){1,5}(:[0-9a-fA-F]{1,4}){1,2}|([0-9a-fA-F]{1,4}:){1,4}(:[0-9a-fA-F]{1,4}){1,3}|([0-9a-fA-F]{1,4}:){1,3}(:[0-9a-fA-F]{1,4}){1,4}|([0-9a-fA-F]{1,4}:){1,2}(:[0-9a-fA-F]{1,4}){1,5}|[0-9a-fA-F]{1,4}:((:[0-9a-fA-F]{1,4}){1,6})|:((:[0-9a-fA-F]{1,4}){1,7}|:)|fe80:(:[0-9a-fA-F]{0,4}){0,4}%[0-9a-zA-Z]{1,}|::(ffff(:0{1,4}){0,1}:){0,1}((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])|([0-9a-fA-F]{1,4}:){1,4}:((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9]))' if(($CurrentOS -eq [OSType]::Mac) -or ($CurrentOS -eq [OSType]::Linux)){ $InterfaceList = $routeprint -match 'Routing tables' $IPv4RouteTable = $routeprint -match 'Internet:' $IPv6RouteTable = $routeprint -match 'Internet6:' #$InterfaceListIndex = $routeprint.IndexOf($InterfaceList) + 1 #$IPv4RouteTableIndex = $routeprint.IndexOf($IPv4RouteTable) $IPv6RouteTableIndex = $routeprint.IndexOf($IPv6RouteTable) for ($i = 0; $i -lt $routeprint.Length; $i++){ if($i -eq $IPv6RouteTableIndex){ for ($i = $IPv6RouteTableIndex; $i -lt $routeprint.Length -1; $i++){ $IPv6Table += $routeprint[$i] } } } if($IPv6Table -contains $IPv6RouteTable){ $IPv6Table = $IPv6Table -replace $IPv6RouteTable } $IPv6Table | ForEach-Object{ $string = $_ -split '\s+' if($string){ if($string[0] -notmatch '^\Destination'){ $obj = [PSCustomObject]@{ Succeeded = $true AddressFamily = 'IPv6' Destination = $string[0] Gateway = $string[1] Flags = $string[2] Netif = $string[3] Expire = $string[4] } $resultset += $obj } } } } if($CurrentOS -eq [OSType]::Windows){ $IPv6Table = $routeprint $IPv6Table | ForEach-Object{ $string = $_ -split '\s+' if($string){ if($string[3] -match $ipv6pattern){ $obj = [PSCustomObject]@{ Succeeded = $true AddressFamily = 'IPv6' Destination = $string[3] Gateway = $string[4] Index = $string[1] Metric = $string[2] } $resultset += $obj } } } } if([String]::IsNullOrEmpty($resultset)){ $obj = [PSCustomObject]@{ Succeeded = $true AddressFamily = 'IPv6' Destination = {} Gateway = {} Netmask = {} Interface = {} Metric = {} } $resultset += $obj } } catch{ $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } return $resultset } #endregion } Class PsNetTracertType { hidden [bool] $Succeeded [int] $Hops [int] $Time [int] $RTT [int] $Send [int] $Received [String] $Destination [String] $Hostname [String] $IPAddress [String] $Status [String] $Message PsNetTracertType( [bool] $Succeeded, [int] $Hops, [int] $Time, [int] $RTT, [int] $Send, [int] $Received, [String] $Destination, [String] $Hostname, [String] $IPAddress, [String] $Status, [String] $Message ) { $this.Succeeded = $Succeeded $this.Hops = $Hops $this.Time = $Time $this.RTT = $RTT $this.Send = $Send $this.Received = $Received $this.Destination = $Destination $this.Hostname = $Hostname $this.IPAddress = $IPAddress $this.Status = $Status $this.Message = $Message } } Class PsNetTracert { <# https://docs.microsoft.com/en-us/dotnet/api/system.net.networkinformation.ping.send?view=netframework-4.7.2 If the ICMP echo reply message is not received within the time specified by the timeout parameter, the ICMP echo fails, and the Status property is set to TimedOut. [PsNetTracert]::tracert('www.sbb.ch',1000,15) | ft [PsNetTracert]::tracert('www.google.com',1000,15) | ft [PsNetTracert]::tracert('8.8.8.8',1000,15) | ft [PsNetTracert]::tracert('www.microsoft.com',1000,15) | ft #> #region Properties with default values [String]$Message = $null #endregion #region Constructor PsNetTracert(){ $this.Message = "Loading PsNetTracert" } #endregion #region methods [object]static tracert([String]$destination,[int]$timeout,[int]$hops) { $function = 'tracert()' $resultset = @() $reply = $null $duration = $null $Roundtrip = $null $bytes = $null $buffer = $null $IPAddress = '*' $StatusMsg = $null $pingsender = [System.Net.NetworkInformation.Ping]::new() $datagram = new-object System.Text.ASCIIEncoding # Create a buffer of 32 bytes of data to be transmitted [byte[]] $buffersize = $datagram.GetBytes("aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa") for($hop = 1; $hop -le $hops; $hop ++){ $ExitFlag = $false $dnsreturn = $null try{ [DateTime] $start = Get-Date $pingoptions = [System.Net.NetworkInformation.PingOptions]::new($hop, $true) $reply = $pingsender.Send($destination, $timeout, $buffersize, $pingoptions) $duration = $([math]::round(((New-TimeSpan $($start) $(get-date)).TotalMilliseconds),0)) $Roundtrip = $reply.RoundtripTime $buffer = $reply.Buffer.Length $bytes = $buffersize.Length } catch{ $dnsreturn = 'Get no IP Address' $error.Clear() } try{ if(-not([String]::IsNullOrEmpty($reply.Address))){ $IPAddress = $reply.Address $dnsreturn = [System.Net.Dns]::GetHostByAddress($IPAddress).HostName } else{ $dnsreturn = '*' } } catch{ $dnsreturn = 'Could not resolve' $error.clear() } switch($reply.Status){ 'TtlExpired' { # TtlExpired means we've found an address, but there are more addresses $StatusMsg = 'Go to next address' } 'TimedOut' { # TimedOut means this ttl is no good, we should continue searching $StatusMsg = 'Continue searching' } 'Success' { # Success means the tracert has completed $StatusMsg = 'Trace route completed' $ExitFlag = $true } } $resultset += [PsNetTracertType]::new($true,$hop,$duration,$Roundtrip,$bytes,$buffer,$destination,$dnsreturn,$IPAddress,$reply.Status.ToString(),$StatusMsg) if($ExitFlag){ break $pingsender.Dispose() } } return $resultset } [void]static tracert([String]$destination,[int]$timeout,[int]$hops,[bool]$show) { $function = 'tracert()' $reply = $null $Roundtrip = $null $bytes = $null $buffer = $null $IPAddress = '*' $StatusMsg = $null Write-Host "Trace route $Destination over $hops Hops:`n" Write-Host "Hops, RTT, Send, Received, Destination, Hostname, IPAddress, Status, Messages" $pingsender = [System.Net.NetworkInformation.Ping]::new() $datagram = new-object System.Text.ASCIIEncoding # Create a buffer of 32 bytes of data to be transmitted [byte[]] $buffersize = $datagram.GetBytes("aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa") for($hop = 1; $hop -le $hops; $hop ++){ $ExitFlag = $false $dnsreturn = $null try{ $pingoptions = [System.Net.NetworkInformation.PingOptions]::new($hop, $true) $reply = $pingsender.Send($destination, $timeout, $buffersize, $pingoptions) $Roundtrip = $reply.RoundtripTime $buffer = $reply.Buffer.Length $bytes = $buffersize.Length } catch{ $dnsreturn = 'Get no IP Address' $error.Clear() } try{ if(-not([String]::IsNullOrEmpty($reply.Address))){ $IPAddress = $reply.Address $dnsreturn = [System.Net.Dns]::GetHostByAddress($IPAddress).HostName } else{ $dnsreturn = '*' } } catch{ $dnsreturn = 'Could not resolve' $error.clear() } switch($reply.Status){ 'TtlExpired' { # TtlExpired means we've found an address, but there are more addresses $StatusMsg = 'Go to next address' } 'TimedOut' { # TimedOut means this ttl is no good, we should continue searching $StatusMsg = 'Continue searching' } 'Success' { # Success means the tracert has completed $StatusMsg = 'Trace route completed' $ExitFlag = $true } } Write-Host "$hop, $Roundtrip, $bytes, $buffer, $destination, $dnsreturn, $IPAddress, $($reply.Status.ToString()), $StatusMsg" if($ExitFlag){ break $pingsender.Dispose() } } } #endregion } Class PsNetDnsClientType { [bool] $Succeeded [String] $ComputerName [Object] $DnsSearchSuffix [String] $TimeStamp [int] $TimeMs PsNetDnsClientType( [bool] $Succeeded, [String] $ComputerName, [Object] $DnsSearchSuffix, [String] $TimeStamp, [int] $TimeMs ) { $this.Succeeded = $Succeeded $this.ComputerName = $ComputerName $this.DnsSearchSuffix = $DnsSearchSuffix $this.TimeStamp = $TimeStamp $this.TimeMs = $TimeMs } #endregion } Class PsNetDnsClient { # [PsNetDnsClient]::GetDnsSearchSuffix('Windows') PsNetDnsClient(){} [PsNetDnsClientType] static GetDnsSearchSuffix([OSType]$CurrentOS){ [String] $function = 'GetDnsSearchSuffix()' [DateTime] $start = Get-Date [Object] $SuffixSearchList = $null [String] $ComputerName = $null [PsNetDnsClientType]$resultset = $null # For Windows only if($CurrentOS -eq [OSType]::Windows){ try{ $ComputerName = $env:ComputerName $SuffixSearchList = (Get-DnsClientGlobalSetting).SuffixSearchList } catch { $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } } # For Linux and Mac only if(($CurrentOS -eq [OSType]::Linux) -or ($CurrentOS -eq [OSType]::Mac)){ try{ $ComputerName = hostname $SuffixSearchList = (Get-Content -Path '/etc/resolv.conf' | Select-String -Pattern 'search\s\S+') -replace 'search\s' } catch { $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } } $duration = $([math]::round(((New-TimeSpan $($start) $(Get-Date)).TotalMilliseconds),0)) $resultset = [PsNetDnsClientType]::New($true,$ComputerName,$SuffixSearchList,$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),$duration) return $resultset } [PsNetDnsClientType] static ClearDnsSearchSuffix([OSType]$CurrentOS){ [String] $function = 'ClearDnsSearchSuffix()' [DateTime] $start = Get-Date [PsNetDnsClientType]$resultset = $null # For Windows only if($CurrentOS -eq [OSType]::Windows){ $current = New-Object Security.Principal.WindowsPrincipal([Security.Principal.WindowsIdentity]::GetCurrent()) $IsAdmin = $current.IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator) if($IsAdmin){ try{ $SuffixSearchList = (Set-DnsClientGlobalSetting -SuffixSearchList @() -PassThru).SuffixSearchList $duration = $([math]::round(((New-TimeSpan $($start) $(Get-Date)).TotalMilliseconds),0)) $resultset = [PsNetDnsClientType]::New($true,$env:ComputerName,$SuffixSearchList,$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),$duration) } catch { $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } } else{ $resultset += [PsNetDnsClientType]::New($false,$env:ComputerName,'Running this command with elevated privileges',$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),0) } } return $resultset } [PsNetDnsClientType] static AddDnsSearchSuffix([OSType]$CurrentOS,[String]$NewEntry){ [String] $function = 'AddDnsSearchSuffix()' [DateTime] $start = Get-Date [PsNetDnsClientType]$resultset = $null # For Windows only if($CurrentOS -eq [OSType]::Windows){ $current = New-Object Security.Principal.WindowsPrincipal([Security.Principal.WindowsIdentity]::GetCurrent()) $IsAdmin = $current.IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator) if($IsAdmin){ try{ [System.Collections.ArrayList]$aryDNSSuffixes = (Get-DnsClientGlobalSetting).SuffixSearchList if($aryDNSSuffixes -contains $NewEntry){ $resultset += [PsNetDnsClientType]::New($false,$env:ComputerName,"$NewEntry already exists",$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),0) } else{ $aryDNSSuffixes += $NewEntry $SuffixSearchList = (Set-DnsClientGlobalSetting -SuffixSearchList $aryDNSSuffixes -PassThru).SuffixSearchList $duration = $([math]::round(((New-TimeSpan $($start) $(Get-Date)).TotalMilliseconds),0)) $resultset = [PsNetDnsClientType]::New($true,$env:ComputerName,$SuffixSearchList,$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),$duration) } } catch { $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } } else{ $resultset += [PsNetDnsClientType]::New($false,$env:ComputerName,'Running this command with elevated privileges',$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),0) } } return $resultset } [PsNetDnsClientType] static RemoveDnsSearchSuffix([OSType]$CurrentOS,[String]$Entry){ [String] $function = 'RemoveDnsSearchSuffix()' [DateTime] $start = Get-Date [PsNetDnsClientType]$resultset = $null # For Windows only if($CurrentOS -eq [OSType]::Windows){ $current = New-Object Security.Principal.WindowsPrincipal([Security.Principal.WindowsIdentity]::GetCurrent()) $IsAdmin = $current.IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator) if($IsAdmin){ try{ [System.Collections.ArrayList]$aryDNSSuffixes = (Get-DnsClientGlobalSetting).SuffixSearchList if($aryDNSSuffixes -contains $Entry){ $aryDNSSuffixes.Remove($Entry) $SuffixSearchList = (Set-DnsClientGlobalSetting -SuffixSearchList $aryDNSSuffixes -PassThru).SuffixSearchList $duration = $([math]::round(((New-TimeSpan $($start) $(Get-Date)).TotalMilliseconds),0)) $resultset = [PsNetDnsClientType]::New($true,$env:ComputerName,$SuffixSearchList,$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),$duration) } else{ $resultset += [PsNetDnsClientType]::New($false,$env:ComputerName,"$Entry not exists",$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),0) } } catch { $resultset += [PsNetError]::New("$($function)()", $_) $error.Clear() } } else{ $resultset += [PsNetDnsClientType]::New($false,$env:ComputerName,'Running this command with elevated privileges',$(Get-Date -f 'yyyy-MM-dd HH:mm:ss.fff'),0) } } return $resultset } } function Add-PsNetDnsSearchSuffix{ <# .SYNOPSIS Add-PsNetDnsSearchSuffix .DESCRIPTION Running this command with elevated privilege. Adding any entries to the DnsSearchSuffixList .PARAMETER NewDNSSearchSuffix DNSSearchSuffix to add .EXAMPLE Add-PsNetDnsSearchSuffix -DNSSearchSuffix 'test.local' .INPUTS String Array .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory=$true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [String[]]$NewDNSSearchSuffix ) begin{ $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" if($PSVersionTable.PSVersion.Major -lt 6){ $CurrentOS = [OSType]::Windows } else{ if($IsMacOS) { $CurrentOS = [OSType]::Mac } if($IsLinux) { $CurrentOS = [OSType]::Linux } if($IsWindows){ $CurrentOS = [OSType]::Windows } } } process{ foreach($item in $NewDNSSearchSuffix){ [PsNetDnsClient]::AddDnsSearchSuffix($CurrentOS,$item) } } end{ return $obj } } function Add-PsNetHostsEntry { <# .SYNOPSIS Add entries to the hosts-file .DESCRIPTION Running this command with elevated privilege. Add any entries to the hosts-file .PARAMETER Path Path to the hostsfile, can be empty .PARAMETER IPAddress IP Address to add .PARAMETER Hostname Hostname to add .PARAMETER FullyQualifiedName FullyQualifiedName to add .EXAMPLE Add-PsNetHostsEntry -IPAddress 127.0.0.1 -Hostname tinu -FullyQualifiedName tinu.walther.ch .INPUTS Hashtable .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [String]$IPAddress, [Parameter( Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 1 )] [String]$Hostname, [Parameter( Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 2 )] [String]$FullyQualifiedName, [Parameter( Mandatory = $false, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 3 )] [String]$Path ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" if($PSVersionTable.PSVersion.Major -lt 6){ $CurrentOS = [OSType]::Windows } else{ if($IsMacOS) { $CurrentOS = [OSType]::Mac } if($IsLinux) { $CurrentOS = [OSType]::Linux } if($IsWindows){ $CurrentOS = [OSType]::Windows } } } process { if([String]::IsNullOrEmpty($Path)){ if(($CurrentOS -eq [OSType]::Windows) -and ([String]::IsNullOrEmpty($Path))){ $Path = "$($env:windir)\system32\drivers\etc\hosts" } else{ $Path = "/etc/hosts" } } return [PsNetHostsTable]::AddPsNetHostsEntry($CurrentOS, $Path, $IPAddress, $Hostname, $FullyQualifiedName) } end { } } function Clear-PsNetDnsSearchSuffix{ <# .SYNOPSIS Clear-PsNetDnsSearchSuffix .DESCRIPTION Running this command with elevated privilege. Remove all entries from the DnsSearchSuffixList .EXAMPLE Clear-PsNetDnsSearchSuffix .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param() begin{ $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" if($PSVersionTable.PSVersion.Major -lt 6){ $CurrentOS = [OSType]::Windows } else{ if($IsMacOS) { $CurrentOS = [OSType]::Mac } if($IsLinux) { $CurrentOS = [OSType]::Linux } if($IsWindows){ $CurrentOS = [OSType]::Windows } } } process{ [PsNetDnsClient]::ClearDnsSearchSuffix($CurrentOS) } end{ return $obj } } function Get-PsNetAdapterConfiguration{ <# .SYNOPSIS Get Network Adapter Configuration .DESCRIPTION List network adapter configuraion for all adapters .EXAMPLE Get-PsNetAdapterConfiguration .INPUTS .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param() begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" } process { return [PsNetAdapter]::listadapterconfig() } end { } } function Get-PsNetAdapters{ <# .SYNOPSIS Get Network Adapters .DESCRIPTION List all network adapters .EXAMPLE Get-PsNetAdapters .INPUTS .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param() begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" } process { return [PsNetAdapter]::listadapters() } end { } } function Get-PsNetDnsSearchSuffix{ <# .SYNOPSIS Get-PsNetDnsSearchSuffix .DESCRIPTION Running this command with elevated privilege. Get all entries from the DnsSearchSuffixList .EXAMPLE Get-PsNetDnsSearchSuffix .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param() begin{ $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" if($PSVersionTable.PSVersion.Major -lt 6){ $CurrentOS = [OSType]::Windows } else{ if($IsMacOS) { $CurrentOS = [OSType]::Mac } if($IsLinux) { $CurrentOS = [OSType]::Linux } if($IsWindows){ $CurrentOS = [OSType]::Windows } } } process{ [PsNetDnsClient]::GetDnsSearchSuffix($CurrentOS) } end{ return $obj } } function Get-PsNetHostsTable { <# .SYNOPSIS Get the content of the hostsfile .DESCRIPTION Format the content of the hostsfile to an object .PARAMETER Path Path to the hostsfile, can be empty .EXAMPLE Get-PsNetHostsTable -Path "$($env:windir)\system32\drivers\etc\hosts" .INPUTS .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory=$false, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [String]$Path ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" if($PSVersionTable.PSVersion.Major -lt 6){ $CurrentOS = [OSType]::Windows } else{ if($IsMacOS) { $CurrentOS = [OSType]::Mac } if($IsLinux) { $CurrentOS = [OSType]::Linux } if($IsWindows){ $CurrentOS = [OSType]::Windows } } } process { if([String]::IsNullOrEmpty($Path)){ if(($CurrentOS -eq [OSType]::Windows) -and ([String]::IsNullOrEmpty($Path))){ $Path = "$($env:windir)\system32\drivers\etc\hosts" } else{ $Path = "/etc/hosts" } } return [PsNetHostsTable]::GetPsNetHostsTable($CurrentOS, $Path) } end { } } function Get-PsNetRoutingTable { <# .SYNOPSIS Get the Routing Table .DESCRIPTION Format the Routing Table to an object .PARAMETER IpVersion IPv4 or IPv6 .EXAMPLE Get-PsNetRoutingTable -IpVersion IPv4 .EXAMPLE Get-PsNetRoutingTable -IpVersion IPv6 .INPUTS .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [ValidateSet('IPv4','IPv6')] [Parameter( Mandatory=$true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [String] $IpVersion ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" if($PSVersionTable.PSVersion.Major -lt 6){ $CurrentOS = [OSType]::Windows } else{ if($IsMacOS) {$CurrentOS = [OSType]::Mac} if($IsLinux) {$CurrentOS = [OSType]::Linux} if($IsWindows){$CurrentOS = [OSType]::Windows} } } process { return [PsNetRoutingTable]::GetNetRoutingTable($CurrentOS, $IpVersion) } end { } } function Remove-PsNetDnsSearchSuffix{ <# .SYNOPSIS Remove-PsNetDnsSearchSuffix .DESCRIPTION Running this command with elevated privilege. Remove any entries from the DnsSearchSuffixList .PARAMETER DNSSearchSuffix DNSSearchSuffix to remove .EXAMPLE Remove-PsNetDnsSearchSuffix -DNSSearchSuffix 'test.local' .INPUTS String Array .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory=$true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [String[]]$DNSSearchSuffix ) begin{ $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" if($PSVersionTable.PSVersion.Major -lt 6){ $CurrentOS = [OSType]::Windows } else{ if($IsMacOS) { $CurrentOS = [OSType]::Mac } if($IsLinux) { $CurrentOS = [OSType]::Linux } if($IsWindows){ $CurrentOS = [OSType]::Windows } } } process{ foreach($item in $DNSSearchSuffix){ [PsNetDnsClient]::RemoveDnsSearchSuffix($CurrentOS,$item) } } end{ } } function Remove-PsNetHostsEntry { <# .SYNOPSIS Remove an entry from the hostsfile .DESCRIPTION Running this command with elevated privilege. Backup the hostsfile and remove an entry from the hostsfile .PARAMETER Path Path to the hostsfile, can be empty .PARAMETER Hostsentry IP Address and hostname to remove .EXAMPLE Remove-PsNetHostsEntry -Hostsentry '127.0.0.1 tinu' .INPUTS Hashtable .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [String]$Hostsentry, [Parameter( Mandatory = $false, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 1 )] [String]$Path ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" if($PSVersionTable.PSVersion.Major -lt 6){ $CurrentOS = [OSType]::Windows } else{ if($IsMacOS) { $CurrentOS = [OSType]::Mac } if($IsLinux) { $CurrentOS = [OSType]::Linux } if($IsWindows){ $CurrentOS = [OSType]::Windows } } } process { if([String]::IsNullOrEmpty($Path)){ if(($CurrentOS -eq [OSType]::Windows) -and ([String]::IsNullOrEmpty($Path))){ $Path = "$($env:windir)\system32\drivers\etc\hosts" } else{ $Path = "/etc/hosts" } } return [PsNetHostsTable]::RemovePsNetHostsEntry($CurrentOS, $Path, $Hostsentry) } end { } } function Start-PsNetPortListener { <# .SYNOPSIS Start a TCP Portlistener .DESCRIPTION Temporarily listen on a given TCP port for connections dumps connections to the screen .PARAMETER TcpPort The TCP port that the listener should attach to .PARAMETER MaxTimeout MaxTimeout in milliseconds to wait, default is 5000 .EXAMPLE Start-PsNetPortListener -TcpPort 443, Listening on TCP port 443, press CTRL+C to cancel .INPUTS .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [Int]$TcpPort, [Parameter( Mandatory = $false, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 1 )] [Int]$MaxTimeout = 5000 ) begin{ $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" } process{ $endpoint = New-Object System.Net.IPEndPoint ([System.Net.IPAddress]::Any, $TcpPort) $listener = New-Object System.Net.Sockets.TcpListener $endpoint $listener.server.ReceiveTimeout = $MaxTimeout $listener.start() try { Write-Host "Listening on TCP port $TcpPort, press CTRL+C to cancel" While ($true){ if (!$listener.Pending()){ Start-Sleep -Seconds 1 continue } $client = $listener.AcceptTcpClient() $client.client.RemoteEndPoint | Add-Member -NotePropertyName DateTime -NotePropertyValue (Get-Date) -PassThru $client.close() } } catch { $obj = [PSCustomObject]@{ Succeeded = $false Function = $function Message = $($_.Exception.Message) Category = $($_.CategoryInfo).Category Exception = $($_.Exception.GetType().FullName) CategoryActivity = $($_.CategoryInfo).Activity CategoryTargetName = $($_.CategoryInfo).TargetName } $obj $error.Clear() } finally{ $listener.stop() Write-host "Listener Closed Safely" } } end{ Write-Verbose "Finish $function" } } function Test-PsNetDig{ <# .SYNOPSIS Domain information groper .DESCRIPTION Resolves a hostname to the IP addresses or an IP Address to the hostname. .PARAMETER Destination Hostname or IP Address or Alias .EXAMPLE Resolve a hostname to the IP Address Test-PsNetDig -Destination sbb.ch .EXAMPLE Resolve an IP address to the hostname Test-PsNetDig -Destination '127.0.0.1','194.150.245.142' .EXAMPLE Resolve an array of hostnames to the IP Address Test-PsNetDig -Destination sbb.ch, google.com .EXAMPLE Resolve an array of hostnames to the IP Address with ValueFromPipeline sbb.ch, google.com | Test-PsNetDig .INPUTS Hashtable .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory= $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [ValidateLength(4,255)] [String[]] $Destination ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" $resultset = @() } process { foreach($item in $Destination){ try{ $resultset += [PsNetDig]::dig($item) } catch { $resultset += [PsNetError]::New("$($function)($item)", $_) $error.Clear() } } } end { return $resultset } } function Test-PsNetPing{ <# .SYNOPSIS Test ICMP echo .DESCRIPTION Attempts to send an ICMP echo message to a remote computer and receive a corresponding ICMP echo reply message from the remote computer. .PARAMETER Destination A String or an Array of Strings with Names or IP Addresses to test <string> .PARAMETER try Number of attempts to send ICMP echo message .EXAMPLE Test-PsNetPing -Destination sbb.ch .EXAMPLE Test-PsNetPing -Destination sbb.ch -try 5 .EXAMPLE Test-PsNetPing -Destination sbb.ch, microsoft.com, google.com .EXAMPLE Test-PsNetPing -Destination sbb.ch, microsoft.com, google.com -try 3 .INPUTS Hashtable .OUTPUTS String .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory=$true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [ValidateLength(4,255)] [String[]] $Destination, [Parameter( Mandatory=$false, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 1 )] [Int] $try = 0 ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" $resultset = @() } process { foreach($item in $Destination){ try{ if($try -gt 0){ for ($i = 0; $i -lt $try; $i++){ [PsNetPing]::ping($item,$true) Start-Sleep -Seconds 1 } } else{ $resultset += [PsNetPing]::ping($item) } } catch{ $resultset += [PsNetError]::New("$($function)($item)", $_) $error.Clear() } } } end { return $resultset } } function Test-PsNetTping{ <# .SYNOPSIS Test the connectivity over a Tcp port .DESCRIPTION Test connectivity to an endpoint over the specified Tcp port .PARAMETER Destination A String or an Array of Strings with Names or IP Addresses to test <string> .PARAMETER CommonTcpPort One of the Tcp ports for SMB, HTTP, HTTPS, WINRM, WINRMS, LDAP, LDAPS .PARAMETER TcpPort An Integer or an Array of Integers with Tcp Ports to test <int> .PARAMETER MinTimeout Min. Timeout in ms, default is 0 .PARAMETER MaxTimeout Max. Timeout in ms, default is 1000 .EXAMPLE Test the connectivity to one Destination and one Tcp Port with a max. timeout of 100ms Test-PsNetTping -Destination sbb.ch -TcpPort 443 -MaxTimeout 100 .EXAMPLE Test the connectivity to one Destination and one CommonTcpPort with a max. timeout of 100ms Test-PsNetTping -Destination sbb.ch -CommonTcpPort HTTPS -MaxTimeout 100 .EXAMPLE Test the connectivity to two Destinations and one Tcp Port with a max. timeout of 100ms Test-PsNetTping -Destination sbb.ch, google.com -TcpPort 443 -MaxTimeout 100 .EXAMPLE Test the connectivity to two Destinations and two Tcp Ports with a max. timeout of 100ms Test-PsNetTping -Destination sbb.ch, google.com -TcpPort 80, 443 -MaxTimeout 100 | Format-Table .INPUTS Hashtable .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory=$true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [ValidateLength(4,255)] [String[]] $Destination, [Parameter( ParameterSetName = "CommonTCPPort", Mandatory = $True, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 1 )] [ValidateSet('SMB','HTTP','HTTPS','RDP','WINRM','WINRMS','LDAP','LDAPS')] [String] $CommonTcpPort, [Parameter( ParameterSetName = "RemotePort", Mandatory = $True, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 1 )] [Alias('RemotePort')] [ValidateRange(1,65535)] [Int[]] $TcpPort, [Parameter( Mandatory=$false )] [Int] $MinTimeout = 0, [Parameter( Mandatory=$false )] [Int] $MaxTimeout = 1000 ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" $resultset = @() } process { $AttemptTcpTest = ($PSCmdlet.ParameterSetName -eq "CommonTCPPort") -or ($PSCmdlet.ParameterSetName -eq "RemotePort") if ($AttemptTcpTest){ switch ($CommonTCPPort){ "HTTP" {$TcpPort = 80} "HTTPS" {$TcpPort = 443} "RDP" {$TcpPort = 3389} "SMB" {$TcpPort = 445} "LDAP" {$TcpPort = 389} "LDAPS" {$TcpPort = 636} "WINRM" {$TcpPort = 5985} "WINRMS" {$TcpPort = 5986} } } foreach($item in $Destination){ foreach($port in $TcpPort){ try{ $resultset += [PsNetPing]::tping($item, $port, $MinTimeout, $MaxTimeout) } catch{ $resultset += [PsNetError]::New("$($function)($item)", $_) $error.Clear() } } } } end { return $resultset } } function Test-PsNetTracert { <# .SYNOPSIS Test Trace Route .DESCRIPTION Test Trace Route to a destination .PARAMETER Destination A String or an Array of Strings with Url's to test .PARAMETER MaxHops Max gateways, routers to test, default is 30 .PARAMETER MaxTimeout Max. Timeout in ms, default is 1000 .PARAMETER Show Show the output for each item online .EXAMPLE Test-PsNetTracert -Destination 'www.sbb.ch' .EXAMPLE Test-PsNetTracert -Destination 'www.google.com' -MaxHops 15 -MaxTimeout 1000 | Format-Table -AutoSize .EXAMPLE Test-PsNetTracert -Destination 'www.google.com' -MaxHops 15 -MaxTimeout 1000 -Show .INPUTS Hashtable .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory=$true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [ValidateLength(4,255)] [String[]] $Destination, [Parameter( Mandatory=$false, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 1 )] [Int] $MaxHops = 30, [Parameter( Mandatory=$false )] [Int] $MaxTimeout = 1000, [Parameter( Mandatory=$false )] [Switch] $Show ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" $resultset = @() } process { foreach($item in $Destination){ if($Show){ [PsNetTracert]::tracert($item,$MaxTimeout,$MaxHops,$true) } else{ $resultset += [PsNetTracert]::tracert($item,$MaxTimeout,$MaxHops) return $resultset } } } end{ } } function Test-PsNetUping{ <# .SYNOPSIS Test the connectivity over an Udp port .DESCRIPTION Test connectivity to an endpoint over the specified Udp port .PARAMETER Destination A String or an Array of Strings with Names or IP Addresses to test <string> .PARAMETER UdpPort An Integer or an Array of Integers with Udp Ports to test <int> .PARAMETER MinTimeout Min. Timeout in ms, default is 0 .PARAMETER MaxTimeout Max. Timeout in ms, default is 1000 .EXAMPLE Test-PsNetUping -Destination sbb.ch, google.com -UdpPort 53, 139 -MaxTimeout 100 .EXAMPLE Test the connectivity to one Destination and one Udp Port with a max. timeout of 100ms Test-PsNetUping -Destination sbb.ch -UdpPort 53 -MaxTimeout 100 .EXAMPLE Test the connectivity to two Destinations and one Udp Port with a max. timeout of 100ms Test-PsNetUping -Destination sbb.ch, google.com -UdpPort 53 -MaxTimeout 100 EXAMPLE Test the connectivity to two Destinations and two Udp Ports with a max. timeout of 100ms Test-PsNetUping -Destination sbb.ch, google.com -UdpPort 53, 139 -MaxTimeout 100 | Format-Table .INPUTS Hashtable .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory=$true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [ValidateLength(4,255)] [String[]] $Destination, [Parameter( ParameterSetName = "RemotePort", Mandatory = $True, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 1 )] [Alias('RemotePort')] [ValidateRange(1,65535)] [Int[]] $UdpPort, [Parameter( Mandatory=$false )] [Int] $MinTimeout = 0, [Parameter( Mandatory=$false )] [Int] $MaxTimeout = 1000 ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" $resultset = @() } process { foreach($item in $Destination){ foreach($port in $UdpPort){ try{ $resultset += [PsNetPing]::uping($item, $port, $MinTimeout, $MaxTimeout) } catch{ $resultset += [PsNetError]::New("$($function)($item)", $_) $error.Clear() } } } } end { return $resultset } } function Test-PsNetWping{ <# .SYNOPSIS Test-PsNetWping .DESCRIPTION Test web request to an Url .PARAMETER Destination A String or an Array of Strings with Url's to test .PARAMETER MinTimeout Min. Timeout in ms, default is 0 .PARAMETER MaxTimeout Max. Timeout in ms, default is 1000 .PARAMETER NoProxy Test web request without a proxy .EXAMPLE Test-PsNetWping -Destination 'https://sbb.ch' .EXAMPLE Test-PsNetWping -Destination 'https://sbb.ch', 'https://google.com' -MaxTimeout 1000 .EXAMPLE Test-PsNetWping -Destination 'https://sbb.ch', 'https://google.com' -MaxTimeout 1000 -NoProxy | Format-Table .INPUTS Hashtable .OUTPUTS PSCustomObject .NOTES Author: Martin Walther .LINK https://github.com/tinuwalther/PsNetTools #> [CmdletBinding()] param( [Parameter( Mandatory=$true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true, Position = 0 )] [ValidateLength(4,255)] [String[]] $Destination, [Parameter( Mandatory=$false )] [Int] $MinTimeout = 0, [Parameter( Mandatory=$false )] [Int] $MaxTimeout = 1000, [Parameter( Mandatory=$false )] [Switch] $NoProxy ) begin { $function = $($MyInvocation.MyCommand.Name) Write-Verbose "Running $function" $resultset = @() } process { if($NoProxy) { foreach($item in $Destination){ if($item -notmatch '^http'){ $item = "http://$($item)" } try{ $resultset += [PsNetWeb]::wping($item, $MinTimeout, $MaxTimeout, $true) } catch{ $resultset += [PsNetError]::New("$($function)($item)", $_) $error.Clear() } } } else{ foreach($item in $Destination){ if($item -notmatch '^http'){ $item = "http://$($item)" } try{ $resultset += [PsNetWeb]::wping($item, $MinTimeout, $MaxTimeout) } catch{ $resultset += [PsNetError]::New("$($function)($item)", $_) $error.Clear() } } } } end { return $resultset } } #endregion |