PsNetTools
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Published
20 hours ago •
tinuwalther
tinuwalther
PsNetTools is a cross platform PowerShell module to test network features on Windows, Linux and Mac.
Table of Contents
- Table of Contents
-
PsNetTools
- Install PsNetTools
- Test-PsNetDig
- Test-PsNetPing
- Test-PsNetTping
- Test-PsNetTracert
- Test-PsNetUping
- Test-PsNetWping
- Get-PsNetAdapters
- Get-PsNetAdapterConfiguration
- Get-PsNetRoutingTable
- Get-PsNetHostsTable
- Add-PsNetHostsEntry
- Remove-PsNetHostsEntry
- Start-PsNetPortListener
- Get-PsNetDnsSearchSuffix
- Add-PsNetDnsSearchSuffix
- Remove-PsNetDnsSearchSuffix
- Clear-PsNetDnsSearchSuffix
- How to Export settings
PsNetTools
PsNetTools is a cross platform PowerShell module to test some network features on Windows, Linux and Mac.
Image generated with PSWordCloud by Joel Sallow.
Install PsNetTools
Install the latest version from PSGallery:
Install-Module -Name PsNetTools -Repository PSGallery
List all ExportedCommands:
Get-Command -Module PsNetTools
CommandType Name Version Source
----------- ---- ------- ------
Function Add-PsNetDnsSearchSuffix 0.7.7 PsNetTools
Function Add-PsNetHostsEntry 0.7.7 PsNetTools
Function Clear-PsNetDnsSearchSuffix 0.7.7 PsNetTools
Function Get-PsNetAdapterConfiguration 0.7.7 PsNetTools
Function Get-PsNetAdapters 0.7.7 PsNetTools
Function Get-PsNetDnsSearchSuffix 0.7.7 PsNetTools
Function Get-PsNetHostsTable 0.7.7 PsNetTools
Function Get-PsNetRoutingTable 0.7.7 PsNetTools
Function Remove-PsNetDnsSearchSuffix 0.7.7 PsNetTools
Function Remove-PsNetHostsEntry 0.7.7 PsNetTools
Function Start-PsNetPortListener 0.7.7 PsNetTools
Function Test-PsNetDig 0.7.7 PsNetTools
Function Test-PsNetPing 0.7.7 PsNetTools
Function Test-PsNetTping 0.7.7 PsNetTools
Function Test-PsNetTracert 0.7.7 PsNetTools
Function Test-PsNetUping 0.7.7 PsNetTools
Function Test-PsNetWping 0.7.7 PsNetTools
[Top]
Test-PsNetDig
Resolves a hostname to the IP addresses or an IP Address to the hostname.
Test-PsNetDig [-Destination] <String[]> [<CommonParameters>]
Example 1:
Test-PsNetDig -Destination sbb.ch
Succeeded : True
InputString : sbb.ch
Destination : sbb.ch
IpV4Address : 194.150.245.142
IpV6Address : 2a00:4bc0:ffff:ffff::c296:f58e
TimeMs : 3
Example 2:
Test-PsNetDig -Destination sbb.ch,google.com | Format-Table
Succeeded InputString Destination IpV4Address IpV6Address TimeMs
--------- ----------- ----------- ----------- ----------- ------
True sbb.ch sbb.ch 194.150.245.142 2a00:4bc0:ffff:ffff::c296:f58e 4
True google.com google.com 172.217.168.14 2a00:1450:400a:802::200e 3
Example 3:
'sbb.ch','google.com' | Test-PsNetDig | Format-Table
Succeeded InputString Destination IpV4Address IpV6Address TimeMs
--------- ----------- ----------- ----------- ----------- ------
True sbb.ch sbb.ch 194.150.245.142 2a00:4bc0:ffff:ffff::c296:f58e 4
True google.com google.com 216.58.215.238 2a00:1450:400a:801::200e 26
[Top]
Test-PsNetPing
Attempts to send an ICMP echo message to a remote computer and receive a corresponding ICMP echo reply message from the remote computer.
Test-PsNetPing [-Destination] <String[]> [[-try] <Int32>] [<CommonParameters>]
- Destination: Hostname or IP Address or Alias as String or String-Array
- try: Number of attempts to send ICMP echo message
Example 1:
Test-PsNetPing -Destination sbb.ch
IcmpSucceeded : True
IPAddress : 2a00:4bc0:ffff:ffff::c296:f58e
BytesSend : 32
BytesReceived : 0
TimeStamp : 2019-05-26 09:34:48.388
Destination : sbb.ch
StatusDescription : ICMP Success
MinTimeout : 0
MaxTimeout : 1000
TimeMs : 19
Example 2:
Test-PsNetPing -Destination sbb.ch -try 5
2019-05-26 09:37:14.577 ICMP ping sbb.ch, IPAddress: 2a00:4bc0:ffff:ffff::c296:f58e, time: 19, send: 32, received: 32, ICMP Success
2019-05-26 09:37:14.577 ICMP ping sbb.ch, IPAddress: 2a00:4bc0:ffff:ffff::c296:f58e, time: 19, send: 32, received: 32, ICMP Success
2019-05-26 09:37:14.577 ICMP ping sbb.ch, IPAddress: 2a00:4bc0:ffff:ffff::c296:f58e, time: 19, send: 32, received: 32, ICMP Success
2019-05-26 09:37:14.577 ICMP ping sbb.ch, IPAddress: 2a00:4bc0:ffff:ffff::c296:f58e, time: 19, send: 32, received: 32, ICMP Success
2019-05-26 09:37:14.577 ICMP ping sbb.ch, IPAddress: 2a00:4bc0:ffff:ffff::c296:f58e, time: 19, send: 32, received: 32, ICMP Success
Example 3:
Test-PsNetPing -Destination sbb.ch, microsoft.com, google.com | Format-Table
IcmpSucceeded IPAddress BytesSend BytesReceived Destination StatusDescription MinTimeout MaxTimeout TimeMs
------------- --------- --------- ------------- ----------- ----------------- ---------- ---------- ------
True 2a00:4bc0:ffff:ffff::c296:f58e 32 0 sbb.ch ICMP Success 0 1000 18
False 0.0.0.0 32 0 microsoft.com ICMP TimedOut 0 1000 0
True 2a00:1450:400a:802::200e 32 0 google.com ICMP Success 0 1000 18
Example 4:
Test-PsNetPing -Destination sbb.ch, microsoft.com, google.com -try 2
2019-05-26 09:41:06.319 ICMP ping sbb.ch, IPAddress: 2a00:4bc0:ffff:ffff::c296:f58e, time: 23, send: 32, received: 32, ICMP Success2019-05-26 09:41:07.350 ICMP ping sbb.ch, IPAddress: 2a00:4bc0:ffff:ffff::c296:f58e, time: 22, send: 32, received: 32, ICMP Success
2019-05-26 09:41:09.056 ICMP ping microsoft.com, IPAddress: 0.0.0.0, time: 0, send: 32, received: 0, ICMP TimedOut2019-05-26 09:41:11.056 ICMP ping microsoft.com, IPAddress: 0.0.0.0, time: 0, send: 32, received: 0, ICMP TimedOut
2019-05-26 09:41:12.084 ICMP ping google.com, IPAddress: 2a00:1450:400a:800::200e, time: 19, send: 32, received: 32, ICMP Success
2019-05-26 09:41:13.110 ICMP ping google.com, IPAddress: 2a00:1450:400a:800::200e, time: 19, send: 32, received: 32, ICMP Success
[Top]
Test-PsNetTping
Test connectivity to an endpoint over the specified Tcp port.
It's like the cmdlet Test-NetConnection, but with the ability to specify a timeout in ms.
Test-PsNetTping -Destination <String[]> [-CommonTcpPort] <String> [-MinTimeout <Int32>] [-MaxTimeout <Int32>]
Test-PsNetTping -Destination <String[]> -TcpPort <Int32[]> [-MinTimeout <Int32>] [-MaxTimeout <Int32>]
- Destination: Hostname or IP Address or Alias as String or String-Array
- TcpPort: Tcp Port to use as Interger or Integer-Array
- MinTimeout: Timeout in ms (optional, default is 0ms)
- MaxTimeout: Timeout in ms (optional, default is 1000ms)
Example 1:
Test-PsNetTping -Destination sbb.ch -TcpPort 443 -MaxTimeout 100
TcpSucceeded : True
TcpPort : 443
TimeStamp : 2019-05-26 09:41:44.322
Destination : sbb.ch
StatusDescription : TCP Test success
MinTimeout : 0
MaxTimeout : 100
TimeMs : 8
Example 2:
Test-PsNetTping -Destination sbb.ch -CommonTcpPort HTTPS -MaxTimeout 100
TcpSucceeded : True
TcpPort : 443
TimeStamp : 2019-05-26 09:41:44.322
Destination : sbb.ch
StatusDescription : TCP Test success
MinTimeout : 0
MaxTimeout : 100
TimeMs : 14
Example 3:
Test-PsNetTping -Destination sbb.ch, google.com -TcpPort 443 -MaxTimeout 100 | Format-Table
TcpSucceeded TcpPort Destination StatusDescription MinTimeout MaxTimeout TimeMs
------------ ------- ----------- ----------------- ---------- ---------- ------
True 443 sbb.ch TCP Test success 0 100 1
True 443 google.com TCP Test success 0 100 1
Example 4:
Test-PsNetTping -Destination sbb.ch, google.com -TcpPort 80, 443 -MaxTimeout 100 | Format-Table
TcpSucceeded TcpPort Destination StatusDescription MinTimeout MaxTimeout TimeMs
------------ ------- ----------- ----------------- ---------- ---------- ------
True 80 sbb.ch TCP Test success 0 100 5
True 443 sbb.ch TCP Test success 0 100 3
True 80 google.com TCP Test success 0 100 9
True 443 google.com TCP Test success 0 100 2
[Top]
Test-PsNetTracert
Test Trace Route to a destination
Test-PsNetTracert [-Destination] <String[]> [[-MaxHops] <Int32>] [[-MaxTimeout] <Int32>] [-Show]
- Destination: Hostname or IP Address or Alias as String or String-Array
- MaxHops: Count of gateways or router (optional, default is 30)
- MaxTimeout: Timeout in ms (optional, default is 1000ms)
- Show: Switch, show the output as line per router instead as Object
Example 1:
Test-PsNetTracert -Destination 'www.microsoft.com' | Format-Table -AutoSize
Hops Time RTT Send Received Destination Hostname IPAddress Status Message
---- ---- --- ---- -------- ----------- -------- --------- ------ -------
1 24 0 32 0 www.microsoft.com * * TtlExpired Go to next address
2 33 0 32 0 www.microsoft.com ae60-60.ipc-lss690-m-pe-48.bluewin.ch 2001:4d98:bffd:1e::2 TtlExpired Go to next address
3 18 0 32 0 www.microsoft.com ae60-60.ipc-lss690-m-pe-48.bluewin.ch 2001:4d98:bffd:1e::2 TtlExpired Go to next address
4 21 0 32 0 www.microsoft.com be11-v6.i68geb-025.bb.ip-plus.bluewin.ch 2001:4d98:bffd:1b::3 TtlExpired Go to next address
5 17 0 32 0 www.microsoft.com lss-005-lo0-0.ip6.ip-plus.net 2001:918:100:f::1 TtlExpired Go to next address
6 18 0 32 0 www.microsoft.com lss-070-loo6.ip6.ip-plus.net 2001:918:100:2e::1 TtlExpired Go to next address
7 18 14 32 32 www.microsoft.com Could not resolve 2001:918:ffc8:fe87::356e Success Trace route completed
Example 2:
Test-PsNetTracert -Destination 'www.google.com' -MaxHops 5 -MaxTimeout 1000 | Format-Table -AutoSize
Hops Time RTT Send Received Destination Hostname IPAddress Status Message
---- ---- --- ---- -------- ----------- -------- --------- ------ -------
1 24 0 32 0 www.google.com * * TtlExpired Go to next address
2 16 0 32 0 www.google.com ae60-60.ipc-lss690-m-pe-48.bluewin.ch 2001:4d98:bffd:1e::2 TtlExpired Go to next address
3 15 0 32 0 www.google.com ae60-60.ipc-lss690-m-pe-48.bluewin.ch 2001:4d98:bffd:1e::2 TtlExpired Go to next address
4 34 0 32 0 www.google.com be11-v6.i68geb-025.bb.ip-plus.bluewin.ch 2001:4d98:bffd:1b::3 TtlExpired Go to next address
5 19 0 32 0 www.google.com zhb-005-loo646.ip6.ip-plus.net 2001:918:100:646::130 TtlExpired Go to next address
Example 3:
Test-PsNetTracert -Destination 'www.google.com' -MaxHops 15 -MaxTimeout 1000 -Show
Trace route www.google.com over 15 Hops:
Hops, RTT, Send, Received, Destination, Hostname, IPAddress, Status, Messages
2, 0, 32, 0, www.google.com, ae60-60.ipc-lss690-m-pe-48.bluewin.ch, 2001:4d98:bffd:1e::2, TtlExpired, Go to next address
3, 0, 32, 0, www.google.com, ae60-60.ipc-lss690-m-pe-48.bluewin.ch, 2001:4d98:bffd:1e::2, TtlExpired, Go to next address
4, 0, 32, 0, www.google.com, be11-v6.i68geb-025.bb.ip-plus.bluewin.ch, 2001:4d98:bffd:1b::3, TtlExpired, Go to next address
5, 0, 32, 0, www.google.com, zhb-005-loo646.ip6.ip-plus.net, 2001:918:100:646::130, TtlExpired, Go to next address
6, 0, 32, 0, www.google.com, Could not resolve, 2001:4860:1:1::c5a, TtlExpired, Go to next address
7, 0, 32, 0, www.google.com, Could not resolve, 2001:4860:0:9f::1, TtlExpired, Go to next address
8, 0, 32, 0, www.google.com, Could not resolve, 2001:4860:0:1::156d, TtlExpired, Go to next address
9, 18, 32, 32, www.google.com, zrh04s14-in-x04.1e100.net, 2a00:1450:400a:802::2004, Success, Trace route completed
[Top]
Test-PsNetUping
Test connectivity to an endpoint over the specified Udp port.
It's like the cmdlet Test-NetConnection, but with the ability to specify a timeout in ms and query for udp.
Test-PsNetUping -Destination <String[]> -UdpPort <Int32[]> [-MinTimeout <Int32>] [-MaxTimeout <Int32>]
- Destination: Hostname or IP Address or Alias as String or String-Array
- UdpPort: Udp Port to use as Interger or Integer-Array
- MinTimeout: Timeout in ms (optional, default is 0ms)
- MaxTimeout: Timeout in ms (optional, default is 1000ms)
Example 1:
Test-PsNetUping -Destination sbb.ch -UdpPort 53
UdpSucceeded : False
UdpPort : 53
TimeStamp : 2019-05-26 09:41:44.322
Destination : sbb.ch
StatusDescription : "A connection attempt failed because the connected party did not properly respond after a period
of time, or established connection failed because connected host has failed to respond"
MinTimeout : 0
MaxTimeout : 1000
TimeMs : 1000
Example 2:
Test-PsNetUping -Destination sbb.ch,google.com -UdpPort 53 | Format-Table
Succeeded TargetName UdpPort UdpSucceeded Duration MinTimeout MaxTimeout
--------- ---------- ------- ------------ -------- ---------- ----------
True sbb.ch 53 False 1022ms 0ms 1000ms
True google.com 53 False 1020ms 0ms 1000ms
Example 3:
Test-PsNetUping -Destination sbb.ch,google.com -UdpPort 53,139 | Format-Table
Succeeded TargetName UdpPort UdpSucceeded Duration MinTimeout MaxTimeout
--------- ---------- ------- ------------ -------- ---------- ----------
True sbb.ch 53 False 1160ms 0ms 1000ms
True sbb.ch 139 False 1016ms 0ms 1000ms
True google.com 53 False 1104ms 0ms 1000ms
True google.com 139 False 1025ms 0ms 1000ms
[Top]
Test-PsNetWping
It's like the cmdlet Invoke-WebRequest, but with the ability to specify 'noproxy' with PowerShell 5.1.
Test-PsNetWping [-Destination] <String[]> [[-MinTimeout] <Int32>] [[-MaxTimeout] <Int32>] [-NoProxy]
- Destination: WebUri as String or String-Array
- MinTimeout: Timeout in ms (optional, default is 0ms)
- MaxTimeout: Timeout in ms (optional, default is 1000ms)
- NoProxy: Switch (optional)
Example 1:
Test-PsNetWping -Destination 'https://sbb.ch'
HttpSucceeded : True
ResponsedUrl : https://www.sbb.ch/de/
NoProxy : False
TimeStamp : 2019-05-26 09:43:20.599
Destination : https://sbb.ch
StatusDescription : OK
MinTimeout : 0
MaxTimeout : 1000
TimeMs : 331
Example 2:
Test-PsNetWping -Destination https://sbb.ch, google.com | Format-Table
HttpSucceeded ResponsedUrl NoProxy Destination StatusDescription MinTimeout MaxTimeout TimeMs
------------- ------------ ------- ----------- ----------------- ---------- ---------- ------
True https://www.sbb.ch/de/ False https://sbb.ch OK 0 1000 150
True http://www.google.com/ False http://google.com OK 0 1000 239
Example 3:
Test-PsNetWping -Destination 'https://sbb.ch', 'https://google.com' -MaxTimeout 1000 -NoProxy | Format-Table
HttpSucceeded ResponsedUrl NoProxy Destination StatusDescription MinTimeout MaxTimeout TimeMs
------------- ------------ ------- ----------- ----------------- ---------- ---------- ------
True https://www.sbb.ch/de/ True https://sbb.ch OK 0 1000 157
True https://www.google.com/ True https://google.com OK 0 1000 307
Example 4:
'https://sbb.ch', 'google.com' | Test-PsNetWping | Format-Table
HttpSucceeded ResponsedUrl NoProxy Destination StatusDescription MinTimeout MaxTimeout TimeMs
------------- ------------ ------- ----------- ----------------- ---------- ---------- ------
True https://www.sbb.ch/de/ True https://sbb.ch OK 0 1000 157
True https://www.google.com/ True https://google.com OK 0 1000 307
[Top]
Get-PsNetAdapters
List all network adapters.
Get-PsNetAdapters | Where-Object Index -eq 11
Succeeded : True
Index : 25
Name : vEthernet (Internale HyperV)
Description : Hyper-V Virtual Ethernet Adapter
NetworkInterfaceType : Ethernet
OperationalStatus : Up
PhysicalAddres : 02:38:7A:1A:03:0E
IpVersion : IPv4 IPv6
IsAPIPAEnabled : True
IpV4Addresses : {169.254.68.121}
IpV6Addresses : {}
[Top]
Get-PsNetAdapterConfiguration
Get-PsNetAdapterConfiguration - get the network interface configuration for all adapters.
Get-PsNetAdapterConfiguration | Where-Object Index -eq 11
Succeeded : True
Index : 11
Id : {<GUID>}
Name : Wi-Fi or Ethernet or Wwanpp or Wireless80211
Description : Intel(R) Dual Band Wireless-AC 8265
NetworkInterfaceType : Wireless80211
OperationalStatus : Up or Down
Speed : 866700000
IsReceiveOnly : False or True
SupportsMulticast : True or False
IpVersion : {IPv4, IPv6}
IpV4Addresses : {<IP Address V4>}
IpV6Addresses : {<IP Address V6>}
PhysicalAddres : MAC Address
IsDnsEnabled : False or True
IsDynamicDnsEnabled : True or False
DnsSuffix : <DNS Suffix>
DnsAddresses : {<IP Address V4>}
Mtu : False or True
IsForwardingEnabled : True or False
IsAPIPAEnabled : False or True
IsAPIPAActive : True or False
IsDhcpEnabled : True or False
DhcpServerAddresses : {<IP Address V4>}
UsesWins : False or True
WinsServersAddresses : {<IP Address V4>}
GatewayIpV4Addresses : {<IP Address V4>}
GatewayIpV6Addresses : {<IP Address V6>}
[Top]
Get-PsNetRoutingTable
Get-PsNetRoutingTable - Get Routing Table Format the Routing Table to an object.
Get-PsNetRoutingTable -IpVersion IPv4 or IPv6
Get-PsNetRoutingTable -IpVersion IPv4 | Format-Table
Succeeded AddressFamily Destination Netmask Gateway Interface Metric
--------- ------------- ----------- ------- ------- --------- ------
True IPv4 0.0.0.0 0.0.0.0 10.29.191.1 10.29.191.zzz 45
True IPv4 10.29.191.0 255.255.255.0 On-link 10.29.191.zzz 301
True IPv4 10.29.191.zzz 255.255.255.255 On-link 10.29.191.zzz 301
True IPv4 10.29.191.zzz 255.255.255.255 On-link 10.29.191.zzz 301
True IPv4 127.0.0.0 255.0.0.0 On-link 127.0.0.1 331
True IPv4 127.0.0.1 255.255.255.255 On-link 127.0.0.1 331
True IPv4 127.255.255.255 255.255.255.255 On-link 127.0.0.1 331
True IPv4 224.0.0.0 240.0.0.0 On-link 127.0.0.1 331
True IPv4 224.0.0.0 240.0.0.0 On-link 10.29.191.zzz 301
True IPv4 255.255.255.255 255.255.255.255 On-link 127.0.0.1 331
True IPv4 255.255.255.255 255.255.255.255 On-link 10.29.191.zzz 301
[Top]
Get-PsNetHostsTable
Get-PsNetHostsTable - Get hostsfile Format the hostsfile to an object.
Get-PsNetHostsTable
Get-PsNetHostsTable
Succeeded IpAddress ComputerName FullyQualifiedName
--------- --------- ----------- ------------------
True 192.168.1.27 computer1 computername1.fqdn
True 192.168.1.28 computer2
True 192.168.1.29 computer3 computername3.fqdn
[Top]
Add-PsNetHostsEntry
WARNING: Running this command with elevated privilege.
Add any entries to the hosts-file.
- create a backup for the hostsfile
- if an error occoure, the backup-file will be restored automatically
Add-PsNetHostsEntry [[-Path] <String>] [-IPAddress] <String> [-Hostname] <String> [-FullyQualifiedName] <String>
- IPAddress: IP Address to add
- Hostname: Hostname to add
- FullyQualifiedName: FullyQualifiedName to add
Add-PsNetHostsEntry -IPAddress 127.0.0.1 -Hostname tinu -FullyQualifiedName tinu.walther.ch
Succeeded HostsEntry BackupPath Message
--------- ---------- ---------- -------
True 127.0.0.1 tinu tinu.walther.ch D:\hosts_20190301-185838.txt Entry added
[Top]
Remove-PsNetHostsEntry
WARNING: Running this command with elevated privilege.
Remove an entry from the hosts-file.
- create a backup for the hostsfile
- if an error occoure, the backup-file will be restored automatically
Remove-PsNetHostsEntry -Hostsentry '127.0.0.1 tinu'
- Hostsentry: IP Address followed by the hostname to remove
Remove-PsNetHostsEntry -Hostsentry '127.0.0.1 tinu'
Succeeded HostsEntry BackupPath Message
--------- ---------- ---------- -------
True 127.0.0.1 tinu tinu.walther.ch D:\hosts_20190301-190104.txt Entry removed
[Top]
Start-PsNetPortListener
Temporarily listen on a given TCP port for connections dumps connections to the screen
- TcpPort: The TCP port that the listener should attach to
- MaxTimeout: MaxTimeout in milliseconds to wait, default is 5000
Start-PsNetPortListener -TcpPort 443
Listening on TCP port 443, press CTRL+C to cancel
DateTime AddressFamily Address Port
-------- ------------- ------- ----
21.02.2019 19:55:39 InterNetwork 127.0.0.1 53613
21.02.2019 19:55:54 InterNetwork 127.0.0.1 53631
21.02.2019 19:56:07 InterNetwork 127.0.0.1 53666
Listener Closed Safely
[Top]
Get-PsNetDnsSearchSuffix
List all DNS Search suffixes.
Get-PsNetDnsSearchSuffix | Format-Table
Succeeded ComputerName DnsSearchSuffix TimeStamp TimeMs
--------- ------------ --------------- --------- ------
True WIN-J0EFIPPADQS {test.local} 2019-10-03 09:43:52.796 250
[Top]
Add-PsNetDnsSearchSuffix
Add one or more new DNS Search suffix to the list.
WARNING: Running this command with elevated privilege.
Add-PsNetDnsSearchSuffix -NewDNSSearchSuffix test1.local, test2.local | Format-Table
Succeeded ComputerName DnsSearchSuffix TimeStamp TimeMs
--------- ------------ --------------- --------- ------
True WIN-J0EFIPPADQS {test.local, test1.local} 2019-10-03 09:47:39.573 78
True WIN-J0EFIPPADQS {test.local, test1.local, test2.local} 2019-10-03 09:47:39.588 16
[Top]
Remove-PsNetDnsSearchSuffix
Remove one or more DNS Search suffix from the list.
WARNING: Running this command with elevated privilege.
Remove-PsNetDnsSearchSuffix -DNSSearchSuffix test1.local, test2.local | Format-Table
Succeeded ComputerName DnsSearchSuffix TimeStamp TimeMs
--------- ------------ --------------- --------- ------
True WIN-J0EFIPPADQS {test.local, test2.local} 2019-10-03 09:48:57.471 31
True WIN-J0EFIPPADQS {test.local} 2019-10-03 09:48:57.518 47
[Top]
Clear-PsNetDnsSearchSuffix
Remove all DNS Search suffix from the list.
WARNING: Running this command with elevated privilege.
Clear-PsNetDnsSearchSuffix | Format-Table
Succeeded ComputerName DnsSearchSuffix TimeStamp TimeMs
--------- ------------ --------------- --------- ------
True WIN-J0EFIPPADQS {} 2019-10-03 09:50:46.540 63
[Top]
How to Export settings
You can easy export all the output of the commands as a JSON-file with the following CmdLets:
- ConvertTo-JSON
- Set-Content
As an example run Test-PsNetDig:
Test-PsNetDig sbb.ch
Succeeded : True
InputString : sbb.ch
Destination : sbb.ch
IpV4Address : 194.150.245.142
IpV6Address : 2a00:4bc0:ffff:ffff::c296:f58e
TimeMs : 47
Convert the result from Test-PsNetDig to a JSON-Object:
Test-PsNetDig sbb.ch | ConvertTo-Json
{
"Succeeded": true,
"InputString": "sbb.ch",
"Destination": "sbb.ch",
"IpV4Address": {
"AddressFamily": 2,
"ScopeId": null,
"IsIPv6Multicast": false,
"IsIPv6LinkLocal": false,
"IsIPv6SiteLocal": false,
"IsIPv6Teredo": false,
"IsIPv4MappedToIPv6": false,
"Address": 2398459586
},
"IpV6Address": {
"AddressFamily": 23,
"ScopeId": 0,
"IsIPv6Multicast": false,
"IsIPv6LinkLocal": false,
"IsIPv6SiteLocal": false,
"IsIPv6Teredo": false,
"IsIPv4MappedToIPv6": false,
"Address": null
},
"TimeMs": 4
}
Export the JSON-Object from Test-PsNetDig to a file:
Test-PsNetDig sbb.ch | ConvertTo-Json | Set-Content D:\PsNetDig.json
[Top]
Enjoy the PsNetTools!
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PsNetTools is a cross platform PowerShell module to test network features on Windows, Linux and Mac.