PnP PowerShell is a cross-platform PowerShell Module providing over 500 cmdlets that work with Microsoft 365 environments and more specifically SharePoint Online, Microsoft Teams, Microsoft Planner and Microsoft Flow.

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Note

This module is a successor of the SharePointPnPPowerShellOnline module, which is now regarded legacy and not maintained anymore. This newer version of the PowerShell module is cross-platform (e.g. it works on Windows, MacOS and Linux) however will only support SharePoint Online. Going forward will only be actively maintaining the cross-platform PnP PowerShell module.

To install PnP PowerShell:

To install a nightly build of PnP PowerShell:

See the articles section for more information on authentication and configuration. All cmdlets have been documented too.

You can create an issue at https://github.com/pnp/powershell/issues, but please consider first if asking a question at https://github.com/pnp/powershell/discussions is more appropriate. We would like to focus the issues on actual bugs whereas PnP PowerShell related questions can be asked in the discussions section.

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As some of the code being PnP PowerShell is actually coming from other PnP repositories, we can move your issue over to that specific repository. You will be notified by email about that.

Before you start to work on code change consider starting a discussion in the repository first. It could potentially save you a lot of time if someone is about to submit a change with exactly the same functionality. It will also allow you to discuss a possible change with the maintainers of the repository before you start to work on it.

PnP PowerShell roadmap status

We have shipped the version now both PnP PowerShell for classic PowerShell and PnP PowerShell for PowerShell 7

Building the source code

Make a clone of the repository, navigate to the build folder in the repository and run Build-Debug.ps1. See more details here.

Updating the documentation

All cmdlet documentation has been moved to the https://github.com/pnp/powershell/tree/dev/documentation folder. If you want to make changes, make sure to follow the format as used in the other files present there. These files follow a specific schema which allows us to generate the correct files. You can also make changes directly to the documention at https://docs.microsoft.com/en-us/powershell/sharepoint/sharepoint-pnp/sharepoint-pnp-cmdlets?view=sharepoint-ps. Notice that the documentation there is currently NOT reflecting this library: the documentation applies to the Windows Only version of PnP PowerShell.

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The switch offers the following IP routing features:

IP Static routes	Up to 256 static routes
RIP (Router Information Protocol)	Supports RIP Version 1, Version 1 compatible with Version 2 (default), and Version 2
IRDP (ICMP Router Discovery Protocol)	Advertises the IP addresses of the routing interfaces on this switch to directly attached host systems
DHCP Relay	Allows you to extend the service range of your DHCP server beyond its single local network segment

Throughout this chapter, the switches are referred to as 'routing switches.' When IP routing is enabled on your switch, it behaves just like any other IP router.

Basic IP routing configuration consists of adding IP addresses, enabling IP routing, and enabling a route exchange protocol, such as RIP.

For configuring the IP addresses, see the chapter 'Configuring IP Addresses' in the Management and Configuration Guide for your switch. Use the information in this chapter if you need to change some of the IP parameters from their default values or if you want to view configuration information or statistics.

On the routing switches, IP addresses are associated with individual VLANs. By default, there is a single VLAN (Default_VLAN) on the routing switch. In that configuration, a single IP address serves as the management access address for the entire device. If routing is enabled on the routing switch, the IP address on the single VLAN also acts as the routing interface.

Each IP address on a routing switch must be in a different subnet. You can have only one VLAN interface in a given subnet. For example, you can configure IP addresses 192.168.1.1/24 and 192.168.2.1/24 on the same routing switch, but you cannot configure 192.168.1.1/24 and 192.168.1.2/24 on the same routing switch.

You can configure multiple IP addresses on the same VLAN.

The number of IP addresses you can configure on an individual VLAN interface is 32.

You can use any of the IP addresses you configure on the routing switch for Telnet, Web management, or SNMP access, as well as for routing.

NOTE: All HP devices support configuration and display of IP address in classical subnet format (example: 192.168.1.1 255.255.255.0) and Classless Interdomain Routing (CIDR) format (example: 192.168.1.1/24.) You can use either format when configuring IP address information. IP addresses are displayed in classical subnet format only.

The ARP cache contains entries that map IP addresses to MAC addresses. Generally, the entries are for devices that are directly attached to the routing switch.

An exception is an ARP entry for an interface-based static route that goes to a destination that is one or more router hops away. For this type of entry, the MAC address is either the destination device's MAC address or the MAC address of the router interface that answered an ARP request on behalf of the device, using proxy ARP.

The ARP cache contains dynamic (learned) entries. The software places a dynamic entry in the ARP cache when the routing switch learns a device's MAC address from an ARP request or ARP reply from the device.

The software can learn an entry when the switch or routing switch receives an ARP request from another IP forwarding device or an ARP reply. Here is an example of a dynamic entry:

ARP cache dynamic entry

Each entry contains the destination device's IP address and MAC address.

To configure other ARP parameters, see Configuring ARP parameters.

The IP route table contains routing paths to IP destinations.

NOTE: The default gateway, which you specify when you configure the basic IP information on the switch, is used only when routing is not enabled on the switch.

The IP route table can receive the routing paths from the following sources:

Directly-connected destinati

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