PNXClient.exe is a .NET Core application that allows you to control a physical network interface (PI) (Ethernet or Wi-Fi) from your PC or device using PowerShell. It is a PowerShell cmdlet that provides a graphical user interface (GUI) for managing the network interface settings and accessing network-related functions, such as configuring IP addresses, ports, and security settings.

Here's a brief overview of the main features of PNXClient:

1. Basic Configuration:
2. Connect to a PNX device: Use the Connect cmdlet to connect to a PNX device that is installed on your system.
3. View network interface details: The Get-Interface cmdlet retrieves information about the current network interface, including its name, MAC address, and IP address.
4. Configure settings: Use the Set-Interface cmdlet to modify the IP address, port, and security settings of the interface.
5. Create network interfaces: Use the New-Interface cmdlet to create new network interfaces.
6. Remove network interfaces: Use the Remove-Interface cmdlet to remove a network interface.

7. Change network interface state: Use the Set-InterfaceState cmdlet to change the state of the network interface, such as enabling or disabling it.

8. GUI Interface:

9. Display PNX interface details: Use the PNXClient GUI to display information about the current PNX interface, such as the network address, status, and configuration settings.
10. Modify PNX interface settings: Use the GUI to make changes to the IP address, port, and security settings of the interface.
11. Add, remove, and modify network interfaces: Use the GUI to create, remove, and modify network interfaces.
12. View network interface status: Use the GUI to check the status of the network interface, such as whether it is connected, connected via cable, or connected via wireless.

13. Save and exit the GUI interface: Use the Save-Interface cmdlet to save the changes made to the PNX interface and exit the GUI interface.

14. Advanced Features:

15. IP Configuration: Use the Set-IPConfig cmdlet to configure the IP address and subnet mask for a network interface.
16. Interface Properties: Use the Get-Interface cmdlet to retrieve the properties of a specific PNX interface, such as the link speed, duplex mode, and MTU size.
17. IP Address Resolution: Use the Set-IPConfig cmdlet to resolve IP addresses for a network interface.
18. Dynamic IP Configuration: Use the Set-DynamicIPConfig cmdlet to configure dynamic IP addresses for a network interface.
19. Advanced Security Features: Use the Set-InterfaceSecurity cmdlet to configure the security settings for a network interface, such as IP filtering, authentication, and encryption.

PNXClient is built on top of the .NET Core framework and can be installed using the following NuGet package:

• PNXClient for .NET Core: https://www.nuget.org/packages/PNXClient
• PNXClient.exe: The .NET Core executable that runs the PNXClient GUI.

To use PNXClient, follow these steps:

1. Install the NuGet package: Install the PNXClient package in your project or via a Package Manager Console (PSCmdlet) by running the following command: Install-Package PNXClient

2. Create a new instance of the PNXClient object: Create a new instance of the PNXClient object by calling the PNXClient() method with the IP address of the PNX device you want to control. csharp PNXClient pnxClient = new PNXClient("192.168.1.100");

3. Connect to the PNX device: Use the Connect method to connect to the PNX device specified by the PNXClient object. csharp PNXInterface pnxInterface = pnxClient.GetInterface("Ethernet0");

4. Display PNX interface details: Use the PNXInterface object to display information about the current PNX interface, such as the network address, status, and configuration settings. csharp PNXNetworkInterfaceInterfaceInfo nicInfo = pnxInterface.GetInterfaceInformation(); foreach (PNXInterfaceAddress interfaceAddress in nicInfo.InterfaceAddresses) { Console.WriteLine($"Interface Address: {interfaceAddress.Address}, State: {interfaceAddress.Status}, Port: {interfaceAddress.Port}, Speed: {interfaceAddress.Speed}, duplex: {interfaceAddress.Duplex}"); }

5. Modify PNX interface settings: Use the Set-Interface method to modify the IP address, port, and security settings of the PNX interface. csharp pnxInterface.SetInterfaceAddress("192.168.1.101", "192.168.1.255", 256, true, false, false);

6. Add, remove, and modify network interfaces: Use the Add-Interface, Remove-Interface, and Add-InterfaceAddress methods to create, remove, and modify network interfaces. csharp pnxInterface.AddInterface("Ethernet1"); pnxInterface.RemoveInterface("Ethernet0"); pnxInterface.AddInterfaceAddress("Ethernet1", "192.168.1.256", 256);

7. View network interface status: Use the PNXInterface object to view the status of the PNX interface, such as whether it is connected, connected via cable, or connected via wireless. csharp PNXNetworkInterfaceInterfaceInfo nicInfo = pnxInterface.GetInterfaceInformation(); Console.WriteLine($"Interface Status: {nicInfo.Status}");

8. Save and exit the GUI interface: Use the Save-Interface method to save the changes made to the PNX interface and exit the GUI interface. csharp pnxInterface.Save(); pnxInterface.Close();

This is a basic overview of the features and capabilities of PNXClient. Depending on your specific needs and requirements, you may need to modify the code or add additional functionality, such as adding support for different network interfaces or configuring advanced IP address resolution options.

PNXClient.exe is a .NET Core application that allows you to control a physical network interface (PI) (Ethernet or Wi-Fi) from your PC or device using PowerShell. It is a PowerShell cmdlet that provides a graphical user interface (GUI) for managing the network interface settings and accessing network-related functions, such as configuring IP addresses, ports, and security settings.

Here's a brief overview of the main features of PNXClient:

1. Basic Configuration:
2. Connect to a PNX device: Use the Connect cmdlet to connect to a PNX device that is installed on your system.
3. View network interface details: The Get-Interface cmdlet retrieves information about the current network interface, including its name, MAC address, and IP address.
4. Configure settings: Use the Set-Interface cmdlet to modify the IP address, port, and security settings of the interface.
5. Create network interfaces: Use the New-Interface cmdlet to create new network interfaces.
6. Remove network interfaces: Use the Remove-Interface cmdlet to remove a network interface.

7. Change network interface state: Use the Set-InterfaceState cmdlet to change the state of the network interface, such as enabling or disabling it.

8. GUI Interface:

9. Display PNX interface details: Use the PNXClient GUI to display information about the current PNX interface, such as the network address, status, and configuration settings.
10. Modify PNX interface settings: Use the GUI to make changes to the IP address, port, and security settings of the interface.
11. Add, remove, and modify network interfaces: Use the GUI to create, remove, and modify network interfaces.
12. View network interface status: Use the GUI to check the status of the network interface, such as whether it is connected, connected via cable, or connected via wireless.

13. Save and exit the GUI interface: Use the Save-Interface cmdlet to save the changes made to the PNX interface and exit the GUI interface.

14. Advanced Features:

15. IP Configuration: Use the Set-IPConfig cmdlet to configure the IP address and subnet mask for a network interface.
16. Interface Properties: Use the Get-Interface cmdlet to retrieve the properties of a specific PNX interface, such as the link speed, duplex mode, and MTU size.
17. IP Address Resolution: Use the Set-IPConfig cmdlet to resolve IP addresses for a network interface.
18. Dynamic IP Configuration: Use the Set-DynamicIPConfig cmdlet to configure dynamic IP addresses for a network interface.
19. Advanced Security Features: Use the Set-InterfaceSecurity cmdlet to configure the security settings for a network interface, such as IP filtering, authentication, and encryption.

PNXClient is built on top of the .NET Core framework and can be installed using the following NuGet package:

• PNXClient for .NET Core: https://www.nuget.org/packages/PNXClient
• PNXClient.exe: The .NET Core executable that runs the PNXClient GUI.

To use PNXClient, follow these steps:

1. Install the NuGet package: Install the PNXClient package in your project or via a Package Manager Console (PSCmdlet) by running the following command: Install-Package PNXClient

2. Create a new instance of the PNXClient object: Create a new instance of the PNXClient object by calling the PNXClient() method with the IP address of the PNX device you want to control. csharp PNXClient pnxClient = new PNXClient("192.168.1.100");

3. Connect to the PNX device: Use the Connect method to connect to the PNX device specified by the PNXClient object. csharp PNXInterface pnxInterface = pnxClient.GetInterface("Ethernet0");

4. Display PNX interface details: Use the PNXInterface object to display information about the current PNX interface, such as the network address, status, and configuration settings. csharp PNXNetworkInterfaceInterfaceInfo nicInfo = pnxInterface.GetInterfaceInformation(); foreach (PNXInterfaceAddress interfaceAddress in nicInfo.InterfaceAddresses) { Console.WriteLine($"Interface Address: {interfaceAddress.Address}, State: {interfaceAddress.Status}, Port: {interfaceAddress.Port}, Speed: {interfaceAddress.Speed}, duplex: {interfaceAddress.Duplex}"); }

5. Modify PNX interface settings: Use the Set-Interface method to modify the IP address, port, and security settings of the PNX interface. csharp pnxInterface.SetInterfaceAddress("192.168.1.101", "192.168.1.255", 256, true, false, false);

6. Add, remove, and modify network interfaces: Use the Add-Interface, Remove-Interface, and Add-InterfaceAddress methods to create, remove, and modify network interfaces. csharp pnxInterface.AddInterface("Ethernet1"); pnxInterface.RemoveInterface("Ethernet0"); pnxInterface.AddInterfaceAddress("Ethernet1", "192.168.1.256", 256);

7. View network interface status: Use the PNXInterface object to view the status of the PNX interface, such as whether it is connected, connected via cable, or connected via wireless. csharp PNXNetworkInterfaceInterfaceInfo nicInfo = pnxInterface.GetInterfaceInformation(); Console.WriteLine($"Interface Status: {nicInfo.Status}");

8. Save and exit the GUI interface: Use the Save-Interface method to save the changes made to the PNX interface and exit the GUI interface. csharp pnxInterface.Save(); pnxInterface.Close();

This is a basic overview of the features and capabilities of PNXClient. Depending on your specific needs and requirements, you may need to modify the code or add additional functionality, such as adding support for different network interfaces or configuring advanced IP address resolution options.