homebridge-wol-esxi-support v3.2.13-e

Wake on Lan plugin for Homebridge

Turn your PCs, laptops, servers and more on and off through Siri

Hello! The long-overdue launch of the new homebridge-wol is upon us. If you've been using the package before, re-read this document to make sure you're up to date on breaking changes etc.

Setting up

Installing

To install the plugin, head over to the machine with Homebridge set up and run the following commands:

# Download the module
npm install -g homebridge-wol-esxi-support

If you've previously used a version lower than 3.0.0 be sure to change the accessory name to NetworkDevice (previously Computer). See 'Configuration' below.

Note: homebridge-wol-esxi-support requires extra permissions due to the use of pinging and magic packages. Start homebridge with sudo: sudo homebridge or change capabilities accordingly (setcap cap_net_raw=pe /path/to/bin/node). Systemd users can add the following lines to the [Service] section of homebridge's unit file (or create a drop-in if unit is packaged by your distro) to achieve this in a more secure way:

CapabilityBoundingSet=CAP_NET_RAW
AmbientCapabilities=CAP_NET_RAW

Configuration

To make Homebridge aware of the new plugin, you will have to add it to your configuration usually found in /root/.homebridge/config.json or /home/username/.homebridge/config.json If the file does not exist, you may create it. Somewhere inside that file you should see a key named accessories. This is where you can add your computer as shown here:

"accessories": [
   {
     "accessory": "NetworkDevice",
     "name": "My Macbook",
     "mac": "<mac-address>",
     "ip": "192.168.1.51",
     "pingInterval": 45,
     "wakeGraceTime": 10,
     "wakeCommand": "ssh 192.168.1.51 caffeinate -u -t 300",
     "shutdownGraceTime": 15,
     "shutdownCommand": "ssh 192.168.1.51 sudo shutdown -h now"
   },
   {
     "accessory": "NetworkDevice",
     "name": "My Windows Gaming Rig",
     "mac": "<mac-address>",
     "ip": "192.168.1.151",
     "shutdownCommand": "net rpc shutdown --ipaddress 192.168.1.151 --user username%password"
   },
   {
     "accessory": "NetworkDevice",
     "name": "Raspberry Pi",
     "mac": "<mac-address>",
     "ip": "192.168.1.251",
     "pingInterval": 45,
     "wakeGraceTime": 90,
     "shutdownGraceTime": 15,
     "shutdownCommand": "sshpass -p 'raspberry' ssh -oStrictHostKeyChecking=no pi@192.168.1.251 sudo shutdown -h now"
   },
   {
     "accessory": "NetworkDevice",
     "name": "My NAS",
     "ip": "192.168.1.148",
     "log": false,
     "broadcastAddress": "172.16.1.255"
   },
   {
     "accessory": "NetworkDevice",
     "name": "My ESXi Server",
     "ip": "192.168.1.125",
     "isEsxiMachine": true,
     "esxiWakeCommand": "sshpass ESXPassword ssh root@EsxiHost 'vim-cmd vmsvc/power.on' 3",
     "esxiHostIp": "192.168.1.7"
   }

]

Note: the accessory name has recently been renamed to "NetworkDevice" to address this issue

Note: the Raspberry Pi example uses the "sshpass" package to sign in on the remote host. The "-oStrictHostKeyChecking=no" parameter permits any key that the host may present. You should be using ssh keys to authenticate yourself.

Note: the Macbook example uses caffeinate in order to keep the computer alive after the initial wake-up. See this issue for more information.

Note: the Windows example requires the samba-common package to be installed on the server. If you're on Windows 10 and you're signing in with a Microsoft account, the command should use your local username instead of your Microsoft ID (e-mail). Also note that you may or may not need to run net rpc with sudo.

Note: using username and passwords in a command is heavily discouraged as this stores them in the configuration file and may log them to the terminal output and or a log file. Use other authentication methods or environment variables instead.

Options

Note: although neither mac or ip are required, at last one is needed for the plugin to be functional. One can however leave out mac and only use ip to be able to check the status of the device without being able to turn it on.

Usage (pre iOS 10)

To use this package you need a HomeKit-enabled app. When you've gone through the setup there should be a switch showing in the app with the name of your device. If the device has been configured properly, it will turn on when the switch is flicked. If there is configuration to support it (see the above table), the device will turn off.

If you haven't yet found an applicable app, I recommend the following:

iDevices

iDevices is a great app to configure everything HomeKit related. It offers great control over houses, rooms, scenes and more.

Beam

Beam is a stylish, minimalistic approach to a home remote. Whilst not offering the configurability of iDevices, Beam is targeting the everyday use with a great user experience.

Contibution

Any contribution is welcome. If you're not able to code it yourself, perhaps someone else is - so post an issue if there's anything on your mind.

Development

Clone the repository:

git clone https://github.com/AlexGustafsson/homebridge-wol.git && cd homebridge-wol

Set up for development:

npm install && npm link

Now follow the configuration of homebridge / the plugin as per usual.

Follow the conventions enforced:

npm test