Get-NetFirewallPortFilter

Get-NetFirewallPortFilter

Retrieves port filter objects from the target computer.

Sintaxis

Parameter Set: ByAssociatedNetFirewallRule
Get-NetFirewallPortFilter -AssociatedNetFirewallRule <CimInstance> [-AsJob] [-CimSession <CimSession[]> ] [-GPOSession <String> ] [-PolicyStore <String> ] [-ThrottleLimit <Int32> ] [ <CommonParameters>]

Parameter Set: ByAssociatedNetIPsecRule
Get-NetFirewallPortFilter -AssociatedNetIPsecRule <CimInstance> [-AsJob] [-CimSession <CimSession[]> ] [-GPOSession <String> ] [-PolicyStore <String> ] [-ThrottleLimit <Int32> ] [ <CommonParameters>]

Parameter Set: ByQuery
Get-NetFirewallPortFilter [-AsJob] [-CimSession <CimSession[]> ] [-DynamicTarget <DynamicTransport[]> ] [-GPOSession <String> ] [-PolicyStore <String> ] [-Protocol <String[]> ] [-ThrottleLimit <Int32> ] [ <CommonParameters>]

Parameter Set: GetAll
Get-NetFirewallPortFilter [-All] [-AsJob] [-CimSession <CimSession[]> ] [-GPOSession <String> ] [-PolicyStore <String> ] [-ThrottleLimit <Int32> ] [ <CommonParameters>]

Descripción detallada

The Get-NetFirewallPortFilter cmdlet returns the port filter objects associated with the input rules.

Port filter objects represent the port and protocol conditions associated with the firewall and IPsec rules. The Protocol, LocalPort, RemotePort, IcmpType and DynamicTransport parameters of a single rule are represented in a single rule are represented in a separate NetFirewallPortFilter object. The filter to rule relationship is always one-to-one and is managed automatically. Rule parameters associated with filters can only be queried using filter objects.

This cmdlet displays the ports and protocols associated with firewall and IPsec rules. This allows for rule querying based on the Protocol, LocalPort, RemotePort, IcmpType and DynamicTransport parameters; this cmdlet returns filter objects that may be further queried with the Where-Object cmdlet. The cmdlet also allows the interface type filters to be obtained by Protocol, LocalPort, RemotePort, IcmpType and DynamicTransport parameter query. The resultant filters are passed into the Get-NetFirewallRule or Get-NetIPsecRule cmdlet to return the rules queried by port or protocol.

To modify the port and protocol conditions, two methods can be used starting with the port filters returned by this cmdlet and optional additional querying.

The array of NetFirewallPortFilter objects can be piped into the Get-NetFirewallRule or Get-NetIPsecRule cmdlet, which returns the rules associated with the filters. These rules are then piped to the Set-NetFirewallRule or Set-NetIPsecRule cmdlet where the interface properties can be configured.

Alternatively, piping the array of NetFirewallPortFilter objects directly into the Set-NetFirewallInterfaceTypeFilter cmdlet allows the Protocol, LocalPort, RemotePort, IcmpType and DynamicTransport parameters of the rules to be modified.

Parámetros

-All

Indicates that all of the port filters within the specified policy store are retrieved.

-AsJob

-AssociatedNetFirewallRule<CimInstance>

Gets the port filter object associated with the specified firewall rule to be retrieved.
This parameter represents a firewall rule, which defines how traffic is filtered by the firewall. See the New-NetFirewallRule cmdlet for more information.

-AssociatedNetIPsecRule<CimInstance>

Gets the phase 1 authentication sets that are associated, via the pipeline, with the input IPsec rule to be retrieved.
A NetIPsecRule object represents an IPsec rule, which determines IPsec behavior. An IPsec rule can be associated with Phase1AuthSet, Phase2AuthSet, and NetIPsecQuickMode cryptographic sets. See the New-NetIPsecMainModeRule cmdlet for more information.

-CimSession<CimSession[]>

Ejecuta el cmdlet en una sesión remota o en un equipo remoto. Escriba un nombre de equipo o un objeto de sesión, como la salida de un cmdlet New-CimSession o Get-CimSession. El valor predeterminado es la sesión actual en el equipo local.

-DynamicTarget<DynamicTransport[]>

Specifies an array of dynamic transports. The cmdlet returns port filter objects associated with the input rules that have the dynamic transports that you specify. Los valores aceptables para este parámetro son los siguientes:

-- Any
-- ProximityApps
-- ProximitySharing
-- WifiDirectPrinting
-- WifiDirectDisplay
-- WifiDirectDevices

Some types of dynamic transports, such as proximity sharing, abstract the network layer details, and you cannot use standard network layer conditions, such as protocols and ports, to identify the dynamic transports.

-GPOSession<String>

Specifies the network GPO from which to retrieve the rules to be retrieved.
This parameter is used in the same way as the PolicyStore parameter. When modifying GPOs in Windows PowerShell®, each change to a GPO requires the entire GPO to be loaded, modified, and saved back. On a busy Domain Controller (DC), this can be a slow and resource-heavy operation. A GPO Session loads a domain GPO onto the local computer and makes all changes in a batch, before saving it back. This reduces the load on the DC and speeds up the Windows PowerShell cmdlets. To load a GPO Session, use the Open-NetGPO cmdlet. To save a GPO Session, use the Save-NetGPO cmdlet.

-PolicyStore<String>

Specifies the policy store from which to retrieve the rules to be retrieved.
A policy store is a container for firewall and IPsec policy.
Los valores aceptables para este parámetro son los siguientes:
-- PersistentStore: Sometimes called static rules, this store contains the persistent policy for the local computer. This policy is not from GPOs, and has been created manually or programmatically (during application installation) on the computer. Rules created in this store are attached to the ActiveStore and activated on the computer immediately.
-- ActiveStore: This store contains the currently active policy, which is the sum of all policy stores that apply to the computer. This is the resultant set of policy (RSOP) for the local computer (the sum of all GPOs that apply to the computer), and the local stores (the PersistentStore, the static Windows service hardening (WSH), and the configurable WSH).
---- GPOs are also policy stores. Computer GPOs can be specified as follows.
------ –PolicyStore hostname.
---- Active Directory GPOs can be specified as follows.
------ –PolicyStore domain.fqdn.com\GPO_Friendly_Namedomain.fqdn.comGPO_Friendly_Name.
------ Such as the following.
-------- -PolicyStore localhost
-------- -PolicyStore corp.contoso.com\FirewallPolicy
---- Active Directory GPOs can be created using the New-GPO cmdlet or the Group Policy Management Console.
-- RSOP: This read-only store contains the sum of all GPOs applied to the local computer.
-- SystemDefaults: This read-only store contains the default state of firewall rules that ship with Windows Server® 2012.
-- StaticServiceStore: This read-only store contains all the service restrictions that ship with Windows Server 2012. Optional and product-dependent features are considered part of Windows Server 2012 for the purposes of WFAS.
-- ConfigurableServiceStore: This read-write store contains all the service restrictions that are added for third-party services. In addition, network isolation rules that are created for Windows Store application containers will appear in this policy store.
The default value is PersistentStore.
Note: The Set-NetFirewallRule cmdlet cannot be used to add an object to a policy store. An object can only be added to a policy store at creation time with the Copy-NetFirewallRule cmdlet or with the New-NetFirewallRule cmdlet.

-Protocol<String[]>

Specifies that network packets with matching IP addresses match this rule. This parameter specifies the protocol for an IPsec rule.
Los valores aceptables para este parámetro son los siguientes:
-- Protocols by number: 0 through 255.
-- Protocols by name: TCP, UDP, ICMPv4, or ICMPv6.
If a port number is identified by using port1 or port2, then this parameter must be set to TCP or UDP.
The values ICMPv4 and ICMPv6 create a rule that exempts ICMP network traffic from the IPsec requirements of another rule.
The default value is Any.
Note: Querying for rules with this parameter can only be performed using filter objects.

-ThrottleLimit<Int32>

Especifica el número máximo de operaciones simultáneas que se pueden establecer para ejecutar el cmdlet. Si se omite este parámetro o es especifica un valor de 0, Windows PowerShell ® calcula un límite óptimo para el cmdlet en función del número de cmdlets de CIM que se estén ejecutando en el equipo. El límite solo se aplica al cmdlet actual, no a la sesión ni al equipo.

<CommonParameters>

Este cmdlet admite los siguientes parámetros comunes: -Verbose, -Debug, -ErrorAction, -ErrorVariable, -OutBuffer y -OutVariable. Para obtener más información, consulte about_CommonParameters (https://go.microsoft.com/fwlink/p/?LinkID=113216).

Entradas

El tipo de entrada es el tipo de los objetos que se pueden canalizar al cmdlet.

• Microsoft.Management.Infrastructure.CimInstance#root\StandardCimv2\MSFT_NetConSecRule[]

  El objeto Microsoft.Management.Infrastructure.CimInstance es una clase contenedora que muestra objetos de Instrumental de administración de Windows (WMI). La ruta de acceso después del signo de número (#) proporciona el espacio de nombres y el nombre de clase del objeto WMI subyacente.

• Microsoft.Management.Infrastructure.CimInstance#root\StandardCimv2\MSFT_NetFirewallRule

  El objeto Microsoft.Management.Infrastructure.CimInstance es una clase contenedora que muestra objetos de Instrumental de administración de Windows (WMI). La ruta de acceso después del signo de número (#) proporciona el espacio de nombres y el nombre de clase del objeto WMI subyacente.

Salidas

El tipo de resultado es el tipo de objetos que emite el cmdlet.

• Microsoft.Management.Infrastructure.CimInstance#root\StandardCimv2\MSFT_NetProtocolPortFilter[]

  El objeto Microsoft.Management.Infrastructure.CimInstance es una clase contenedora que muestra objetos de Instrumental de administración de Windows (WMI). La ruta de acceso después del signo de número (#) proporciona el espacio de nombres y el nombre de clase del objeto WMI subyacente.

Ejemplos

Example 1

This example retrieves the port conditions associated with all the rules in the active store. Note: Running this cmdlet without specifying the policy store retrieves the persistent store.

PS C:\> Get-NetFirewallPortFilter -PolicyStore ActiveStore

This cmdlet displays the same information in a dynamically sized formatted table.

PS C:\> Get-NetFirewallPortFilter -PolicyStore ActiveStore | Format-Table -Property *

Example 2

This example gets the port properties of a particular firewall rule.

PS C:\> Get-NetFirewallRule –DisplayName "Contoso Messenger" | Get-NetFirewallPortFilter

Example 3

This example modifies the local port field of a particular firewall rule.

PS C:\> Get-FirewallRule –DisplayName "Play To streaming server" | Get-NetFirewallPortFilter | Set-NetFirewallPortFilter –LocalPort 10246

This task can alternatively be done with this cmdlet.

PS C:\> Set-NetFirewallRule –DisplayName "Play To streaming server" –LocalPort 10246

Example 4

This example modifies all of the rules associated with a specific port.

PS C:\> Get-NetFirewallPortFilter | Where-Object -Property { $_.LocalPort -Eq "10246" } | Set-NetFirewallPortFilter –LocalPort Any

Example 5

This example modifies the interface type associated with all of the firewall rules in a specified group.

PS C:\> Get-NetFirewallRule –DisplayGroup "File and Printer Sharing" | Get-NetFirewallPortFilter | Where-Object -Property { $_.RemotePort –Eq "137" } | Set-NetFirewallPortFilter –LocalPort Any

Example 6

This example shows how to locate the built-in network isolation rule permitting ProximitySharing and blocks it so that the proximity pairing is disallowed.

PS C:\> Get-NetFirewallPortFilter -DynamicTransport ProximitySharing | Get-NetFirewallRule | Set-NetFirewall –Action Block

Temas relacionados

Get-NetFirewallRule

Get-NetIPSecRule

New-NetFirewallRule

New-NetIPSecRule

Set-NetFirewallInterfaceFilter

Set-NetFirewallPortFilter

Set-NetFirewallRule

Set-NetIPSecRule

New-GPO

Format-Table

Where-Object