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README.rst

ifaddr - Enumerate network interfaces/adapters and their IP addresses

ifaddr is a small Python library that allows you to find all the Ethernet and IP addresses of the computer. It is tested on Linux, OS X, and Windows. Other BSD derivatives like OpenBSD, FreeBSD, and NetBSD should work too, but I haven't personally tested those. Solaris/Illumos should also work.

This library is open source and released under the MIT License. It works with Python 3.6+.

You can install it with pip install ifaddr. It doesn't need to compile anything, so there shouldn't be any surprises. Even on Windows.

Project links:

Let's get going!

import ifaddr

adapters = ifaddr.get_adapters()

for adapter in adapters:
    print("IPs of network adapter " + adapter.nice_name)
    for ip in adapter.ips:
        print("   %s/%s" % (ip.ip, ip.network_prefix))

This will print:

IPs of network adapter H5321 gw Mobile Broadband Driver
   IP ('fe80::9:ebdf:30ab:39a3', 0L, 17L)/64
   IP 169.254.57.163/16
IPs of network adapter Intel(R) Centrino(R) Advanced-N 6205
   IP ('fe80::481f:3c9d:c3f6:93f8', 0L, 12L)/64
   IP 192.168.0.51/24
IPs of network adapter Intel(R) 82579LM Gigabit Network Connection
   IP ('fe80::85cd:e07e:4f7a:6aa6', 0L, 11L)/64
   IP 192.168.0.53/24
IPs of network adapter Software Loopback Interface 1
   IP ('::1', 0L, 0L)/128
   IP 127.0.0.1/8

You get both IPv4 and IPv6 addresses. The later complete with flowinfo and scope_id.

If you wish to include network interfaces that do not have a configured IP addresss, pass the include_unconfigured parameter to get_adapters(). Adapters with no configured IP addresses will have an zero-length ips property. For example:

import ifaddr

adapters = ifaddr.get_adapters(include_unconfigured=True)

for adapter in adapters:
    print("IPs of network adapter " + adapter.nice_name)
    if adapter.ips:
        for ip in adapter.ips:
            print("   %s/%s" % (ip.ip, ip.network_prefix))
    else:
        print("  No IPs configured")

Changelog

0.1.7

  • Fixed Python 3 compatibility in the examples, thanks to Tristan Stenner and Josef Schlehofer
  • Exposed network interface indexes in Adapter.index, thanks to Dmitry Tantsur
  • Added the license file to distributions on PyPI, thanks to Tomáš Chvátal
  • Fixed Illumos/Solaris compatibility based on a patch proposed by Jorge Schrauwen
  • Set up universal wheels, ifaddr will have both source and wheel distributions on PyPI from now on

Alternatives

Alastair Houghton develops netifaces which can do everything this library can, and more. The only drawback is that it needs to be compiled, which can make the installation difficult.

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Python Library to enumerate all network interfaces

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