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homekit-device.js
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homekit-device.js
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/**
* HomeKit device type.
*/
'use strict';
const {Device, Event} = require('gateway-addon');
const {
Category,
Characteristic,
GattClient,
HttpClient,
Service,
TLV,
} = require('hap-controller');
const HomeKitProperty = require('./homekit-property');
const PropertyUtils = require('./property-utils');
const Util = require('./util');
const VendorExtensions = require('./vendor-extensions');
const IgnoredServices = [
'public.hap.service.pairing',
'public.hap.service.protocol.information.service',
'public.hap.service.protocol.service-label',
];
const IgnoredCharacteristics = [
'public.hap.characteristic.administrator-only-access',
'public.hap.characteristic.identify',
'public.hap.characteristic.logs',
'public.hap.characteristic.lock-management.control-point',
'public.hap.characteristic.manufacturer',
'public.hap.characteristic.serial-number',
'public.hap.characteristic.version',
'public.hap.characteristic.pairing.pair-setup',
'public.hap.characteristic.pairing.pair-verify',
'public.hap.characteristic.pairing.features',
'public.hap.characteristic.pairing.pairings',
'public.hap.characteristic.firmware.revision',
'public.hap.characteristic.hardware.revision',
'public.hap.characteristic.accessory-properties',
'public.hap.characteristic.service-label-index',
'public.hap.characteristic.service-label-namespace',
'public.hap.characteristic.setup-endpoints',
'public.hap.characteristic.setup-data-stream-transport',
'public.hap.characteristic.button-event',
'public.hap.characteristic.siri-input-type',
'public.hap.characteristic.selected-rtp-stream-configuration',
'public.hap.characteristic.selected-audio-stream-configuration',
'public.hap.characteristic.supported-video-stream-configuration',
'public.hap.characteristic.supported-audio-configuration',
'public.hap.characteristic.supported-target-configuration',
'public.hap.characteristic.target-list',
'public.hap.characteristic.active-identifier',
];
const BLE_POLL_INTERVAL = 5 * 60 * 1000; // 5 minutes
const SKIP_QUEUE = true;
const TRIGGERED_BY_EVENT = true;
/**
* HomeKit device type.
*/
class HomeKitDevice extends Device {
/**
* Initialize the object.
*
* @param {Object} adapter - HomeKitAdapter instance
* @param {string} connectionType - Type of this connection: "ip" or "ble"
* @param {Object} service - The service object
* @param {Object?} bridge - Bridge this device is attached to, if any
*/
constructor(adapter, connectionType, service, bridge = null) {
const id = HomeKitDevice.getIdFromService(service, connectionType);
super(adapter, `homekit-${id}`);
this.deviceID = id;
this.gsn = service.GSN;
this.connectionType = connectionType;
this.service = service;
this.subDevices = new Map();
this.bridge = bridge;
this.readPromise = null;
this.pollTimeout = null;
this.watching = false;
this.name = HomeKitDevice.getNameFromService(service, connectionType);
this.description = HomeKitDevice.getDescriptionFromService(
service,
connectionType
);
this['@context'] = 'https://iot.mozilla.org/schemas';
this['@type'] = [];
this.pinPattern = '^(\\d{3}-\\d{2}-\\d{3}|\\d{8})$';
if (this.bridge) {
// Properties will be built from the outside.
this.promise = Promise.resolve();
return;
}
this.promise = this.adapter.db.loadPairingData(id).then((pairingData) => {
if (!pairingData) {
throw new Error('no pairing data available');
}
if (typeof pairingData === 'string') {
pairingData = JSON.parse(pairingData);
}
this.client = HomeKitDevice.getClientFromService(
service,
connectionType,
pairingData
);
this.paired = true;
this.pinRequired = false;
return this.addDevicesAndProperties();
}).then(() => {
if (this.connectionType === 'ip') {
this.client.on('event', this.handleCharacteristicEvent.bind(this));
this.client.on('disconnect', () => {
this.startWatching().catch(() => {
setTimeout(() => {
this.startWatching();
}, 5 * 1000);
});
});
}
return this.startWatching();
}).catch((e) => {
console.log(`Error loading device ${this.deviceID}:`, e);
this.paired = false;
this.pinRequired = true;
});
}
/**
* Get the device ID from its service data.
*
* @param {Object} service - The service object
* @param {string} connectionType - Type of this connection: "ip" or "ble"
* @returns {string} Device ID.
*/
static getIdFromService(service, connectionType) {
switch (connectionType) {
case 'ip':
return service.id;
case 'ble':
return service.DeviceID;
default:
throw new Error('Unknown connection type');
}
}
/**
* Get the device name from its service data.
*
* @param {Object} service - The service object
* @param {string} connectionType - Type of this connection: "ip" or "ble"
* @returns {string} Device name.
*/
static getNameFromService(service, connectionType) {
switch (connectionType) {
case 'ip':
case 'ble':
return service.name;
default:
throw new Error('Unknown connection type');
}
}
/**
* Get the device description from its service data.
*
* @param {Object} service - The service object
* @param {string} connectionType - Type of this connection: "ip" or "ble"
* @returns {string} Device description.
*/
static getDescriptionFromService(service, connectionType) {
switch (connectionType) {
case 'ip':
return service.md || `${service.name} (${service.id})`;
case 'ble':
return `${service.name} (${service.DeviceID})`;
default:
throw new Error('Unknown connection type');
}
}
/**
* Get the device category from its service data.
*
* @param {Object} service - The service object
* @param {string} connectionType - Type of this connection: "ip" or "ble"
* @returns {number} Device category.
*/
static getCategoryFromService(service, connectionType) {
switch (connectionType) {
case 'ip':
return service.ci;
case 'ble':
return service.ACID;
default:
throw new Error('Unknown connection type');
}
}
/**
* Get a client object from a device's service data.
*
* @param {Object} service - The service object
* @param {string} connectionType - Type of this connection: "ip" or "ble"
* @returns {Object} Client object.
*/
static getClientFromService(service, connectionType, pairingData) {
switch (connectionType) {
case 'ip':
return new HttpClient(
service.id,
service.address,
service.port,
pairingData
);
case 'ble':
return new GattClient(
service.DeviceID,
service.peripheral,
pairingData
);
default:
throw new Error('Unknown connection type');
}
}
/**
* Remove a device from this bridge.
*
* @param {string} deviceId - ID of device to remove
*/
removeDevice(deviceId) {
this.subDevices.delete(deviceId);
}
/**
* Search for and add any properties (or sub-devices).
*
* @param {boolean} skipQueue - Whether or not to skip BLE queue
* @returns {Promise} Promise which resolves when the process completes.
*/
addDevicesAndProperties(skipQueue = false) {
const fn = () => {
return this.client.getAccessories().then((accessories) => {
const category = HomeKitDevice.getCategoryFromService(
this.service,
this.connectionType
);
const isBridge = Category.categoryFromId(category) === 'Bridge';
const accessoriesToParse = [];
if (isBridge) {
for (const acc of accessories.accessories) {
if (acc.aid === 1) {
continue;
}
accessoriesToParse.push(acc);
}
} else {
for (const acc of accessories.accessories) {
if (acc.aid === 1) {
accessoriesToParse.push(acc);
break;
}
}
}
return this.parseAccessories(accessoriesToParse, isBridge);
}).catch((e) => {
// If we timed out or disconnected and the device is BLE, retry.
if (this.connectionType === 'ble' && typeof e === 'string' &&
(e === 'Disconnected' || e === 'Timeout')) {
return fn();
}
return Promise.reject(e);
});
};
if (this.connectionType === 'ble' && !skipQueue) {
return this.adapter.queueBLEOperation(fn);
}
return fn();
}
/**
* Parse an accessory list, adding properties and devices as necessary.
*
* @param {Object[]} accessories - List of accessories
* @param {boolean} isBridge - Whether or not these accessories are on a
* bridge
*/
parseAccessories(accessories, isBridge) {
for (const acc of accessories) {
let device = this;
if (isBridge) {
device = new HomeKitDevice(
this.adapter,
this.connectionType,
this.service,
this
);
const id = `${device.id}-${acc.aid}`;
device.id = id;
this.subDevices.set(id, device);
}
for (const service of acc.services) {
const svcType = Service.serviceFromUuid(service.type);
console.debug(`[Device ${this.deviceID}] Found service: ${svcType}`);
if (IgnoredServices.includes(svcType) ||
!svcType.startsWith('public.hap.service.')) {
continue;
}
let hueProp, saturationProp, brightnessProp;
for (const characteristic of service.characteristics) {
const chType = Characteristic.characteristicFromUuid(
characteristic.type
);
console.debug(`[Device ${this.deviceID}] Found characteristic: ${
chType}\n${JSON.stringify(characteristic, null, 2)}`);
if (IgnoredCharacteristics.includes(chType)) {
continue;
}
if (svcType === 'public.hap.service.accessory-information') {
if (chType === 'public.hap.characteristic.name') {
device.name = characteristic.value;
} else if (chType === 'public.hap.characteristic.model') {
device.description = characteristic.value;
}
continue;
} else if (svcType === 'public.hap.service.outlet') {
HomeKitDevice.addCapability(device, 'SmartPlug');
} else if (svcType === 'public.hap.service.lightbulb') {
HomeKitDevice.addCapability(device, 'Light');
} else if (svcType === 'public.hap.service.thermostat') {
HomeKitDevice.addCapability(device, 'Thermostat');
} else if (svcType === 'public.hap.service.lock-mechanism') {
HomeKitDevice.addCapability(device, 'Lock');
}
const property = this.addProperty(
acc.aid,
service,
characteristic,
device
);
if (property) {
if (property.label === 'Hue') {
hueProp = property;
} else if (property.label === 'Saturation') {
saturationProp = property;
} else if (property.label === 'Brightness') {
brightnessProp = property;
}
if (property['@type'] === 'InstantaneousPowerProperty') {
HomeKitDevice.addCapability(device, 'EnergyMonitor');
}
}
}
if (hueProp && saturationProp && brightnessProp) {
hueProp.visible = false;
saturationProp.visible = false;
brightnessProp.visible = false;
HomeKitDevice.addCapability(device, 'ColorControl');
const getColor = () => {
return Util.hsvToRgb(
hueProp.value,
saturationProp.value,
brightnessProp.value
);
};
const setColor = (value) => {
const hsv = Util.rgbToHsv(value);
hueProp.setValue(hsv.h).then(() => {
return saturationProp.setValue(hsv.s);
}).then(() => {
return brightnessProp.setValue(hsv.v);
});
return value;
};
const colorName =
`${hueProp.name}-${saturationProp.name}-${brightnessProp.name}`;
const colorProp = new HomeKitProperty(
device,
colorName,
acc.aid,
service.type,
null,
null,
null,
{
'@type': 'ColorProperty',
label: 'Color',
type: 'string',
},
null,
getColor,
setColor
);
colorProp.metaProperty = true;
hueProp.postUpdate =
saturationProp.postUpdate =
brightnessProp.postUpdate = () => {
const rgb = getColor();
colorProp.setCachedValue(rgb);
device.notifyPropertyChanged(colorProp);
};
device.properties.set(colorName, colorProp);
}
}
if (isBridge) {
device.promise.then(() => {
this.adapter.handleDeviceAdded(device);
});
}
}
}
/**
* Build and add a property.
*
* @param {number} aid - Accessory ID
* @param {Object} service - Service object
* @param {Object} characteristic - Characteristic object
* @param {Object} device - Device to add property to
* @returns {Object} The property that was added.
*/
addProperty(aid, service, characteristic, device) {
const chType = Characteristic.characteristicFromUuid(characteristic.type);
const name = `${aid}-${characteristic.iid}`;
let property;
switch (chType) {
case 'public.hap.characteristic.audio-feedback': {
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'BooleanProperty',
label: 'Audio Feedback',
type: 'boolean',
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.brightness': {
const minimum = HomeKitDevice.adjustMinimum(characteristic, 0);
const maximum = HomeKitDevice.adjustMaximum(characteristic, 100);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'BrightnessProperty',
label: 'Brightness',
type: 'integer',
unit: 'percent',
minimum,
maximum,
multipleOf: 1,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.temperature.cooling-threshold': {
const minimum = HomeKitDevice.adjustMinimum(characteristic, 10);
const maximum = HomeKitDevice.adjustMaximum(characteristic, 35);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'LevelProperty',
label: 'Cooling Threshold Temperature',
type: 'number',
unit: 'degree celsius',
minimum,
maximum,
multipleOf: 0.1,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.door-state.current': {
const values = HomeKitDevice.filterEnumValues({
0: 'Open',
1: 'Closed',
2: 'Opening',
3: 'Closing',
4: 'Stopped',
}, characteristic);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
label: 'Current Door State',
type: 'string',
enum: Object.values(values),
readOnly: true,
},
characteristic.value,
PropertyUtils.buildEnumGetter(values)
);
break;
}
case 'public.hap.characteristic.heating-cooling.current': {
const values = HomeKitDevice.filterEnumValues({
0: 'off',
1: 'heating',
2: 'cooling',
}, characteristic);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'HeatingCoolingProperty',
label: 'Current Heating/Cooling State',
type: 'string',
enum: Object.values(values),
readOnly: true,
},
characteristic.value,
PropertyUtils.buildEnumGetter(values)
);
break;
}
case 'public.hap.characteristic.relative-humidity.current': {
const minimum = HomeKitDevice.adjustMinimum(characteristic, 0);
const maximum = HomeKitDevice.adjustMaximum(characteristic, 100);
HomeKitDevice.addCapability(device, 'MultiLevelSensor');
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'LevelProperty',
label: 'Current Relative Humidity',
type: 'number',
unit: 'percent',
minimum,
maximum,
multipleOf: 1,
readOnly: true,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.temperature.current': {
const minimum = HomeKitDevice.adjustMinimum(characteristic, 0);
const maximum = HomeKitDevice.adjustMaximum(characteristic, 100);
HomeKitDevice.addCapability(device, 'TemperatureSensor');
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'TemperatureProperty',
label: 'Current Temperature',
type: 'number',
unit: 'degree celsius',
minimum,
maximum,
multipleOf: 0.1,
readOnly: true,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.temperature.heating-threshold': {
const minimum = HomeKitDevice.adjustMinimum(characteristic, 0);
const maximum = HomeKitDevice.adjustMaximum(characteristic, 25);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'LevelProperty',
label: 'Heating Threshold Temperature',
type: 'number',
unit: 'degree celsius',
minimum,
maximum,
multipleOf: 0.1,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.hue': {
const minimum = HomeKitDevice.adjustMinimum(characteristic, 0);
const maximum = HomeKitDevice.adjustMaximum(characteristic, 360);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
label: 'Hue',
type: 'number',
unit: 'arcdegrees',
minimum,
maximum,
multipleOf: 1,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.lock-management.auto-secure-timeout': {
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
label: 'Lock Auto-Secure Timeout',
type: 'integer',
unit: 'seconds',
minimum: 0,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.lock-mechanism.last-known-action': {
const values = HomeKitDevice.filterEnumValues({
0: 'Secured using physical movement, interior',
1: 'Unsecured using physical movement, interior',
2: 'Secured using physical movement, exterior',
3: 'Unsecured using physical movement, exterior',
4: 'Secured with keypad',
5: 'Unsecured with keypad',
6: 'Secured remotely',
7: 'Unsecured remotely',
8: 'Secured with automatic secure timeout',
}, characteristic);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
label: 'Lock Last Known Action',
type: 'string',
enum: Object.values(values),
readOnly: true,
},
characteristic.value,
PropertyUtils.buildEnumGetter(values),
);
break;
}
case 'public.hap.characteristic.lock-mechanism.current-state': {
const values = HomeKitDevice.filterEnumValues({
0: 'unlocked',
1: 'locked',
2: 'jammed',
3: 'unknown',
}, characteristic);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'LockedProperty',
label: 'Lock Current State',
type: 'string',
enum: Object.values(values),
readOnly: true,
},
characteristic.value,
PropertyUtils.buildEnumGetter(values)
);
break;
}
case 'public.hap.characteristic.lock-mechanism.target-state': {
const values = HomeKitDevice.filterEnumValues({
0: 'unlocked',
1: 'locked',
}, characteristic);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'TargetLockedProperty',
label: 'Lock Target State',
type: 'string',
enum: Object.values(values),
},
characteristic.value,
PropertyUtils.buildEnumGetter(values),
PropertyUtils.buildEnumSetter(values)
);
property.visible = false;
if (values[0]) {
device.addAction(
'unlock',
{
'@type': 'UnlockAction',
title: 'Unlock',
description: 'Unlock the locking mechanism',
}
);
}
if (values[1]) {
device.addAction(
'lock',
{
'@type': 'LockAction',
title: 'Lock',
description: 'Lock the locking mechanism',
}
);
}
break;
}
case 'public.hap.characteristic.model': {
// leave empty, handled elsewhere
break;
}
case 'public.hap.characteristic.motion-detected': {
HomeKitDevice.addCapability(device, 'MotionSensor');
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'MotionProperty',
label: 'Motion Detected',
type: 'boolean',
readOnly: true,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.name': {
// leave empty, handled elsewhere
break;
}
case 'public.hap.characteristic.obstruction-detected': {
HomeKitDevice.addCapability(device, 'BinarySensor');
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'BooleanProperty',
label: 'Obstruction Detected',
type: 'boolean',
readOnly: true,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.on': {
HomeKitDevice.addCapability(device, 'OnOffSwitch');
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'OnOffProperty',
label: 'On',
type: 'boolean',
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.outlet-in-use': {
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'BooleanProperty',
label: 'Outlet In Use',
type: 'boolean',
readOnly: true,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.rotation.direction': {
const values = HomeKitDevice.filterEnumValues({
0: 'Clockwise',
1: 'Counter-clockwise',
}, characteristic);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
label: 'Rotation Direction',
type: 'string',
enum: Object.values(values),
},
characteristic.value,
PropertyUtils.buildEnumGetter(values),
PropertyUtils.buildEnumSetter(values)
);
break;
}
case 'public.hap.characteristic.rotation.speed': {
const minimum = HomeKitDevice.adjustMinimum(characteristic, 0);
const maximum = HomeKitDevice.adjustMaximum(characteristic, 100);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'LevelProperty',
label: 'Rotation Speed',
type: 'number',
unit: 'percent',
minimum,
maximum,
multipleOf: 1,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.saturation': {
const minimum = HomeKitDevice.adjustMinimum(characteristic, 0);
const maximum = HomeKitDevice.adjustMaximum(characteristic, 100);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
'@type': 'LevelProperty',
label: 'Saturation',
type: 'number',
unit: 'percent',
minimum,
maximum,
multipleOf: 1,
},
characteristic.value
);
break;
}
case 'public.hap.characteristic.door-state.target': {
const values = HomeKitDevice.filterEnumValues({
0: 'Open',
1: 'Closed',
}, characteristic);
property = new HomeKitProperty(
device,
name,
aid,
service.type,
characteristic.type,
characteristic.iid,
characteristic.format,
{
label: 'Target Door State',
type: 'string',