smarthome-manager
v1.0.3
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SmartHome Manager
Project consolidates several SmartHome devices brands into one manager
Built for Node environment since one of the brands requires to actually run your own server to parse requests
Supported Brands
PhilipsHue
Philips Hue is a high end smart home supplier supplying huge variety of devices from simple dimmable leds to complex sensors etc.
Philips Hue devices use Zigbee protocol to communicate between themselves and the bridge. Bridge is connected to local network. Communication between devices and the bridge is done solely through the bridge by using Philips hue REST API.
SmartHome Manager abstracts this api to be available through async
calls on HueController
object.
for example:
Wemo is home automation branch by Belkin which works over local Wifi by sending SOAP requests from and to device. Wemo also has a Bridge that gives an ability to interact with various devices
Wemo part of smarthome-manager
is an abstraction and syntactic sugar over wemo-client library that enables more easier API
MagicHome is a series of Chinese manufactured low end light bulbs that connects to your local wifi through setup process and then is available through tcp socket. library uses under the hood magic-home library and abstrats things on top of it
Setup & Discovery
Before setting everything up it's important to understand which devices you want to consolidate inside a bridge. If you have PhilipsHue
and Wemo
, you can choose to use smarthome-manager
autoDiscovery mode. If you have magicHome too unfortunately you have to find out to which IP it's connected. Read about this in Discovery section
Install
# npm
npm install smarthome-manager --save
#yarn
yarn add smarthome-manager
Bring in
smarthome-manager
into your project
// in babel transpiled Node Environment or Typescript
import { SmartHomeManager } from 'smarthome-manager'
// in Node without traspilation
const { SmartHomeManager } = require('smarthome-manager')
Configuration
SmartHomeManager Object receives an array of
DeviceOptions
withDevices
type and special options for each device.
:exclamation: Currently Wemo supports only one device
const manager = new SmartHomeManager(DeviceType[], Config)
And the example:
import { SmartHomeManager, Devices } from 'smarthome-manager'
const manager = new SmartHomeManager([{
type: Devices.philipsHue,
options: {
userName: "n3fnnJQzwEqeFtJ1J4cRIo1O98bztFp5R8TT109y",
ip: "10.0.0.1"
}
}, {
type: Devices.wemo,
options: {
setupUrl: 'http://10.0.0.10:49154/setup.xml',
}
}, {
type: Devices.magicHome,
options: {
ip: "10.0.0.3"
}
}],{
onReady: (state, controllers) => {
}
})
In this example IPs of all devices are already known. smarthome-manager
constructs SmartHomeControllers
object available as a second argument in onReady function. Then you are free to access the following controllers and call methods on them:
Discovery
In order to discover Ips of all your devices you need to basically sniff your network for packet data. It can be done by enabling proxy between your mobile phone with controlling app for each device. For MagicHome it's the most complicated process since you cannot use regular tools like CharlesProxy and need to use WireShark to sniff actual TCP packet transfer data.
Below are steps if you use MacOS and have an Iphone. If you are on Windows and use Android you will use different steps that will be added here later on.
- Create new interface for your device UUID
instruments -s devices
# Known Devices:
# MyPhone(11.2.6) [c93402350920923402342094]
rvictl -s c93402350920923402342094
# Starting device c93402350920923402342094 [SUCCEEDED] with interface rvi0
ifconfig rvi0
- Open WireShark
MagicHome uses port 5577
so in order to sniff packet data and get the actual device Ip we can enable the following filter in Wireshark: tcp.port == 5577 || udp.port === 5577
:celebration: Congratulations: You got your MagicHome IP
Philips Hue and Wemo Devices
Both Philips Hue and Wemo Devices are discoverable by sniffing UPNP services in your local network. Philips Hue also has Broker Service you can use to discover Hue Bridge IP
AutoDiscovery
smarthome-manager
has autoDiscovery mode for both PhilipsHue and Wemo devices. it uses external SSDP Client that should be passed into SmartHomeManager
so basically you can switch the client to the one of your choice.
export type ManagerOptions = {
onReady?: Function
SSDPClient?: any
ssdpOptions?: any
autoDiscovery?: Boolean
}
Examples and Usage
For convenience all examples are divided by smarthome device and looks as it is written in onReady function after destructuring controllers from second arguments.
//...
onReady: (state, controllers) => {
const {
philipsHueController,
wemoController,
magicHomeController
} = controllers
}
//...
PhilipsHue
Philips Hue API is available here
Library abstracts only basic API calls. rest api calls are available by calling hueAuthorizedApiCall
or hueRawApiCall
methods to access any Philips Hue functionality
export interface IHueController extends Controller {
generateUser(devicetype: String): Promise<any>
getHueState(): Promise<any>
toggleHueState(lightId: number, state: HueStateObject): Promise<any>
hueAuthorizedApiCall(endpoint: String, options: RequestInit): Promise<any>
hueRawApiCall(endpoint: String, options: RequestInit): Promise<any>
}
Examples
Generate new user for api (initially there is no user unless it's passed in
DeviceOptions
) :exclamation: It's important to physically press link button on Hue bridge as mentioned here
// By using promises
philipsHueController.generateUser("test-app").then(user => {
console.log(user)
})
//Async await
const response = await philipsHueController.generateUser("test-app")
Toggle state
{on: true }
(seeHueState
for available options) of lightbulb withid=2
for available options
// By using promises
philipsHueController.toggleHueState(2, {
on: true
}).then(response => {
console.log(response)
})
//Async await
const response = await
philipsHueController.toggleHueState(2, { state: on })
Use for any authorized Philips Hue call. Accepts regular fetch request options for second argument
// By using promises
philipsHueController.hueAuthorizedApiCall('groups').then(response => {
console.log(response)
})
//Async await
const response = await philipsHueController.hueAuthorizedApiCall("test-app")
Use for unauthorized Philips Hue call. Accepts regular fetch request options for second argument
// By using promises
philipsHueController.hueRawApiCall("username").then(user => {
console.log(user)
})
//Async await
const response = await philipsHueController.hueRawApiCall("username")
Magic Home
MagicHomeControllers implements the following interface and abstracts usage of magic-home library
export interface IMagicHomeController extends Controller, Control {
turnOn(): Promise<any>
turnOff(): Promise<any>
setColor(red: number, green: number, blue: number): Promise<any>
setColorWithBrightness(red: number, green: number, blue: number, brightness: number): Promise<any>
setPattern(pattern: PatternList, speed: number): Promise<any>
queryState(): Promise<any>
startEffectMode(): Promise<any>
}
Examples
Turn light Off by accessing raw
magic-home
library using callbacks
magicHomeController.control.turnOff(function(err,success){
console.log(err, success)
})
Promise abstraction on top
magicHomeController.turnOn().then(response => {
console.log(response)
})
Set Light Color
magicHomeController.setColor(255,255,255).then((response) => {
console.log(response)
})
Set both color and brightness
magicHomeController.setColorWithBrightness(255,255,255, 100).then((response) => {
console.log(response)
})
Set pattern out of PatternList
magicHomeController.setPattern(PatternList.blue_gradual_change, 100).then(response => {
console.log(response)
})
Pattern List you can use:
export enum PatternList {
seven_color_cross_fade = 'seven_color_cross_fade',
red_gradual_change = 'red_gradual_change',
green_gradual_change = 'green_gradual_change',
blue_gradual_change = 'blue_gradual_change',
yellow_gradual_change = 'yellow_gradual_change',
cyan_gradual_change = 'cyan_gradual_change',
purple_gradual_change = 'purple_gradual_change',
white_gradual_change = 'white_gradual_change',
red_green_cross_fade = 'red_green_cross_fade',
red_blue_cross_fade = 'red_blue_cross_fade',
green_blue_cross_fade = 'green_blue_cross_fade',
seven_color_strobe_flash = 'seven_color_strobe_flash',
red_strobe_flash = 'red_strobe_flash',
green_strobe_flash = 'green_strobe_flash',
blue_stobe_flash = 'blue_stobe_flash',
yellow_strobe_flash = 'yellow_strobe_flash',
cyan_strobe_flash = 'cyan_strobe_flash',
purple_strobe_flash = 'purple_strobe_flash',
white_strobe_flash = 'white_strobe_flash',
seven_color_jumping = 'seven_color_jumping'
}
Query light state
magicHomeController.queryState().then(response => {
console.log(response)
})
Wemo
library use under the hoode wemo-client
library
export interface IWemoController extends Controller {
connect(): Promise<any>
getEndDevices(): Promise<any>
getBrightness(): Promise<any>
setBrightness(brightness: number): Promise<any>
getAttributes(): Promise<any>
getDeviceStatus(deviceId: String): Promise<any>
setDeviceStatus(deviceId: String, capability: String, value: String): Promise<any>
setLightColor(deviceId: String, red: String, green: String, blue: String): Promise<any>
getInsightParams(): Promise<any>
setAttributes(attributes: Object): Promise<any>
getBinaryState(client: any): Promise<any>
}
Examples
Connect and set binary state
wemoController.connect().then(result => {
console.log(result)
wemoController.setBinaryState(0)
}
)
__
Subscriptions
All controllers inherit from StateFull
class and hence have subscription behavior
subscribeToState
removeStateListener
// Subscribe to state
const listenerId = wemoController.subscribeToState((binaryState) => {
console.log(binaryState)
}, 'binaryState')
//Remove Listener
wemoController.removeStateListener(listenerId)
:exclamation: Subscriptions for all state changes are not yet finished
RoadMap
- Finish subscriptions for all state changes
- Add full test Coverage
- Perform physical tests on all available Philips Hue, Wemo and Magic Home available devices
- Wrap additional Philips Hue Apis
- Add GraphQL Helpers to simplify building GraphQL server
- Improve Documentation
Contributing
Contributing is really welcomed since I don't have all smarthome devices to physically test. Also library lacks basic tests so tests are really welcomed.
Library is based on the package typescript-library-starter so all testing, coverage reporting guidelines are listed there.
Resources
Presentation at ReactAmsterdam:
- Slides: smarthome-manager-presentation.surge.sh
- Video: TBD
- presentation repo: https://github.com/vnovick/smarthome-manager-presentation
Credits
Made with :heart: by @vnovick
This project follows the all-contributors specification. Contributions of any kind are welcome!