Locally administered address windows 10 not present

#Locally administered address windows 10 not present how to#
#Locally administered address windows 10 not present serial#

updateР”Р„ few days ago, Marcello Messori kindly informed me about a new keyword, for the keyfile section: interface-name.

#Locally administered address windows 10 not present serial#

If the smartphone is replaced by another one, modify the serial attribute in the udev rule. prevent Network Manager from managing usb0, adding into /etc/NetworkManager/nf fileР’В the MAC address you specified in the script:.make this file executable, and set its ownership to root:root.the second least significant bit of the most significant byte is set to 1): create the file /etc/udev/scripts/android with the following content (you can choose any MAC address, provided that it is a locally administered address, i.e.Look for the device with ATTRS='xxxx', RUN+='/etc/udev/scripts/android' you will get udev information for usb0 device, and then for its parents.

still on the PC, enter the following command (adapt usb0 if required).A message similar to this one should be displayed: on the smartphone, activate USB tethering, using the Settings application.connect the smartphone to the PC with the USB cable.The idea is to use udev so that as soon as the device is activated, associated network interface is brought down, and configured with the right MAC address, before being brought up again.

#Locally administered address windows 10 not present how to#

I didn't find how to implement that exact solution, but, thanks to this article, I was able to set up a working configuration. So, I had to find a way to tell this driver to use a fixed MAC address. And the rndis_host driver handling USB tethering uses a new MAC address for every activation. But here, a second problem appeared: Network Manager needs a MAC address, for this option. Then, looking at Network Manager configuration file, I discovered that it was possible to request it not to manage some network interfaces.

But this was not the right solution, as I need to use some other network interfaces (a fixed one, and a 4G network one), and I didn't want to deeply modify the PC system configuration. I tried first to prevent Network Manager from running. This means that the application code running on the smartphone can't easily initiate a communication with the PC. The problem is that every time USB tethering is activated, a new IP address (in the subnetwork 192.168.42.0/24) is assigned to the usb0 network interface created on the PC. I use USB tethering to transfer information from the smartphone to the PC and from the PC to the smartphone. I'm currently developing a system where an Android smartphone, used as a (sophisticated )Р’В sensor, is connected to an embedded PC via a USB cable.