In order for the Static ARP entries to be applied to the ARP table at least one of the following must occur.ĭNSMASQ Service Restart (Status: Services) Hunk #1 succeeded at will give it a test tomorrow morning. Patching file /var/etc/Static_nf using Plan A. The next patch looks like a unified diff to me. ![]() Hunk #1 succeeded at 3959 (offset -13 lines). Patching file /etc/inc/interfaces.inc using Plan A. Then I run patch command here's the patch -p0 -i .txt Inside /var/etc/Static_nf placed 3 entires in this format Then I created new file Static_nf in /var/etc with following entries (last four have been masked for the security) I've tried to follow your instructions but after reboot I don't get any permanent arp tables with command: arp an Then just forward WoL to that IP address and the WoL Magic Packet is broadcast on the LAN as it should be, and the machine who’s MAC is in the Magic Packet payload wakes up. I'd dedicate an IP address to being an ethernet broadcast (all F's MAC) rather than making a permanent ARP entry for each machine. Then just put ARP entries (IP MAC pairs) in /var/etc/Static_nf and the ARP entries will be created at boot up or when an interface change is made. It's very small and simple enough to do by hand if desired. To make static ARP table entries and have them survive a router reboot and interfaces config changes, try this little attached patch. It should because when I do arp –an each ip has this ? (192.168.1.101) at 1c:6f:65 xx:xx on em0 permanent ARP table entries will not survive a router reboot nor some router config changes. I’ll test in the morning to see if works after being in standby over night. I did not used this arp -s 192.168.1.254 ff:ff:ff:ff:ff:ff command and it still worked! I was able to wake each machine individually but I was not able to browse that machineĪnd deleted arp record then I added it again but this time with real IP and MAC. I’ve assigned all F’s to each machine and it still worked. ![]() Hope that is what you actually did and not assign each machine an all F's MAC. Such as 192.168.1.254 which is established by command: arp -s 192.168.1.254 ff:ff:ff:ff:ff:ffĪnd your firewall NAT rule should be config'd to forward the WoL packets to that address. That IP address / MAC pair can then be used to forward WoL packets as an ethernet broadcast. Only a dedicated IP address, that is otherwise unused, should have all F's MAC in ARP Table. Each machine should still have it's ordinary unique MAC address. Each machine IP should not have all F's MAC.
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