Exporter Pro can also be used to export either transport or WMI card address information. In Hyena, select Computer Properties, select the Network dialog, and look at the Transports section, or use a WMI query to retrieve the address. Use the WinMSD utility to view the network card address information. Issue the command "ipconfig/all" on the command line to get all installed card addresses. There are a lot of ways to get the MAC address - some sample ways are: The MAC address is used since the computer is OFF, and any tcp, registry, etc. The key to implement WOL is to know the remote computer's (the one to be awakened) MAC address. Hyena supports the most common WOL protocol, the 'Magic Packet', whereby a specially formatted network packet is sent to the computer address to wake up. At that point, it instructs the computer to turn itself on. The general technique used by WOL-enabled network cards is that even when powered off, the computer's network card still receives a small amount of power to enable the card to 'listen' for a special signal on the network to wake up. WOL-enabled computers must have a network adapter installed in them that supports one or more remote wake up protocols. While there are a number of different protocols for implementing WOL, Hyena currently only supports the 'Magic Packet' tm technique. Quite simply, WOL is a technology that allows a computer that is turned off to be remotely turned on. I would appreciate you help and/or feedback on that.Note: Wake On Lan is a trademark of IBM Corporation. I’ve configured the server as a networkdevice, and selected port 9 inside the networkdevice binding settings to make sure the packet will send on the right port.ĭo you have any idea or recommended settings for the binding i could try? I’ve already tryed to send the magic packets multiple times with a delay in between, but no success. I’ve implemmented the IP and MAC magic packet option inside the same rule to try both at the same time, but nothing changed. I don’t have any error messages inside the logs. If i send the WOL package from my pfSense firewall or straight from the router 30minutess later or more, the server respond straight ahead and start booting. If i wait for example for more then 30 minutes and send the WOL packet from openhab, the server does not wake up any more. When i shut it down and send the “magic Packet” via Openhab within a few Minutes after the shutdown, the WOL works perfectly fine and the server start booting. Actually i updated to 3.3 but the Problem seems to stay. I have a Openhab 3 Instance (3.2.0) running at a windows server VM on Ubuntu 18.04, installed via openhabian, which is running fine and without any problems so far. With my Openhab3 i would like to start it, which is working under some circumstances as followed. I have a Ubuntu server which is not necessary to run 24/7. I have one problem and i’m stuck with it. Thank you very much for this binding, thats very cool and helpfull. Message0: send a Wake-on-LAN packet via %1 to wake %2 Watch out for log messages if the operation doesn’t seem to work, for instance: : Cannot send WoL packet because the 'macAddress' is not configured for network:servicedevice:mycomputer Only choose a Network device when picking the thing. This block will send a Wake-on-LAN packet to the specified network device, which you can select in a popup by clicking inside the thing block. If you wish to use the MAC method, you should also provide the MAC address in the thing configuration. You need the Network binding installed and a configured device Thing. This library adds a block to wake a Network device with a Wake-on-LAN packet.
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